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DescriptionDescriptionWaterGEMS is a hydraulic modeling software developed by Bentley Systems, designed for the analysis, design, and optimization of water distribution systems. It helps engineers and water professionals to simulate and analyze the behavior of water distribution networks. Here are some of the key features of WaterGEMS:Hydraulic Analysis: WaterGEMS enables users to perform complex hydraulic analyses of water distribution networks. It models the flow of water, pressure variations, and other hydraulic characteristics throughout the system.Network Modeling: Users can create and manage detailed models of water distribution networks, including pipes, pumps, valves, tanks, reservoirs, and other components.Demand and Consumption Modeling: The software allows for the simulation of various water demand scenarios, helping to understand how changes in demand patterns impact the network's performance.Leak Detection and Management: WaterGEMS can assist in identifying and managing leaks within the distribution system by simulating pressure and flow data and comparing it to actual measurements.Water Quality Analysis: The software offers tools to model water quality aspects within the distribution network, including chlorine decay, contamination propagation, and disinfection processes.Scenario Analysis: Users can evaluate different scenarios and strategies for network improvement, expansion, or maintenance to make informed decisions about system upgrades or changes.Pressure Zone Management: WaterGEMS supports the creation and analysis of pressure zones within the distribution network, helping to optimize pressure levels and reduce energy consumption.Pump Scheduling and Control: The software can optimize pump operation schedules and controls to minimize energy consumption and maintain desired pressure levels.Integration with GIS: WaterGEMS can integrate with Geographic Information Systems (GIS) data, allowing users to import and utilize real-world geographical information for more accurate modeling.Graphical User Interface: The software provides an intuitive graphical interface that allows users to easily create, modify, and visualize their water distribution network models.Reporting and Visualization: WaterGEMS offers tools for generating detailed reports, charts, and graphs to communicate analysis results and findings effectively.Data Exchange: The software supports data exchange with other modeling and analysis tools, facilitating collaboration and integration into larger workflows.Optimization: Users can use WaterGEMS to optimize various aspects of the water distribution network, such as pipe sizing, pump placement, and valve settings to improve overall system efficiency and performance.Model Calibration: The software supports calibration of the model with real-world data to improve the accuracy of simulation results and better reflect the behavior of the actual distribution network.Scenario Comparison: WaterGEMS allows users to compare the results of different scenarios side by side, aiding in the evaluation of different strategies and alternatives.Overall, WaterGEMS is a powerful tool that helps water engineers and professionals manage, analyze, and optimize water distribution systems to ensure efficient and reliable delivery of clean water to communities.

Bentley OpenFlows WaterGEMS Virtuosity

INR 826273 INR 869773
You Save 5%

DescriptionWaterGEMS is a hydraulic modeling software developed by Bentley Systems, designed for the analysis, design, and optimization of water distribution systems. It helps engineers and water professionals to simulate and analyze the behavior of water distribution networks. Here are some of the key features of WaterGEMS:Hydraulic Analysis: WaterGEMS enables users to perform complex hydraulic analyses of water distribution networks. It models the flow of water, pressure variations, and other hydraulic characteristics throughout the system.Network Modeling: Users can create and manage detailed models of water distribution networks, including pipes, pumps, valves, tanks, reservoirs, and other components.Demand and Consumption Modeling: The software allows for the simulation of various water demand scenarios, helping to understand how changes in demand patterns impact the network's performance.Leak Detection and Management: WaterGEMS can assist in identifying and managing leaks within the distribution system by simulating pressure and flow data and comparing it to actual measurements.Water Quality Analysis: The software offers tools to model water quality aspects within the distribution network, including chlorine decay, contamination propagation, and disinfection processes.Scenario Analysis: Users can evaluate different scenarios and strategies for network improvement, expansion, or maintenance to make informed decisions about system upgrades or changes.Pressure Zone Management: WaterGEMS supports the creation and analysis of pressure zones within the distribution network, helping to optimize pressure levels and reduce energy consumption.Pump Scheduling and Control: The software can optimize pump operation schedules and controls to minimize energy consumption and maintain desired pressure levels.Integration with GIS: WaterGEMS can integrate with Geographic Information Systems (GIS) data, allowing users to import and utilize real-world geographical information for more accurate modeling.Graphical User Interface: The software provides an intuitive graphical interface that allows users to easily create, modify, and visualize their water distribution network models.Reporting and Visualization: WaterGEMS offers tools for generating detailed reports, charts, and graphs to communicate analysis results and findings effectively.Data Exchange: The software supports data exchange with other modeling and analysis tools, facilitating collaboration and integration into larger workflows.Optimization: Users can use WaterGEMS to optimize various aspects of the water distribution network, such as pipe sizing, pump placement, and valve settings to improve overall system efficiency and performance.Model Calibration: The software supports calibration of the model with real-world data to improve the accuracy of simulation results and better reflect the behavior of the actual distribution network.Scenario Comparison: WaterGEMS allows users to compare the results of different scenarios side by side, aiding in the evaluation of different strategies and alternatives.Overall, WaterGEMS is a powerful tool that helps water engineers and professionals manage, analyze, and optimize water distribution systems to ensure efficient and reliable delivery of clean water to communities.

OpenFlows WaterGEMS Virtuosity Annual

INR 661788 INR 695788
You Save 4.89%

DescriptionWaterGEMS is a hydraulic modeling software developed by Bentley Systems, designed for the analysis, design, and optimization of water distribution systems. It helps engineers and water professionals to simulate and analyze the behavior of water distribution networks. Here are some of the key features of WaterGEMS:Hydraulic Analysis: WaterGEMS enables users to perform complex hydraulic analyses of water distribution networks. It models the flow of water, pressure variations, and other hydraulic characteristics throughout the system.Network Modeling: Users can create and manage detailed models of water distribution networks, including pipes, pumps, valves, tanks, reservoirs, and other components.Demand and Consumption Modeling: The software allows for the simulation of various water demand scenarios, helping to understand how changes in demand patterns impact the network's performance.Leak Detection and Management: WaterGEMS can assist in identifying and managing leaks within the distribution system by simulating pressure and flow data and comparing it to actual measurements.Water Quality Analysis: The software offers tools to model water quality aspects within the distribution network, including chlorine decay, contamination propagation, and disinfection processes.Scenario Analysis: Users can evaluate different scenarios and strategies for network improvement, expansion, or maintenance to make informed decisions about system upgrades or changes.Pressure Zone Management: WaterGEMS supports the creation and analysis of pressure zones within the distribution network, helping to optimize pressure levels and reduce energy consumption.Pump Scheduling and Control: The software can optimize pump operation schedules and controls to minimize energy consumption and maintain desired pressure levels.Integration with GIS: WaterGEMS can integrate with Geographic Information Systems (GIS) data, allowing users to import and utilize real-world geographical information for more accurate modeling.Graphical User Interface: The software provides an intuitive graphical interface that allows users to easily create, modify, and visualize their water distribution network models.Reporting and Visualization: WaterGEMS offers tools for generating detailed reports, charts, and graphs to communicate analysis results and findings effectively.Data Exchange: The software supports data exchange with other modeling and analysis tools, facilitating collaboration and integration into larger workflows.Optimization: Users can use WaterGEMS to optimize various aspects of the water distribution network, such as pipe sizing, pump placement, and valve settings to improve overall system efficiency and performance.Model Calibration: The software supports calibration of the model with real-world data to improve the accuracy of simulation results and better reflect the behavior of the actual distribution network.Scenario Comparison: WaterGEMS allows users to compare the results of different scenarios side by side, aiding in the evaluation of different strategies and alternatives.Overall, WaterGEMS is a powerful tool that helps water engineers and professionals manage, analyze, and optimize water distribution systems to ensure efficient and reliable delivery of clean water to communities.

OpenFlows WaterGEMS Virtuosity Annual

INR 495795 INR 521795
You Save 4.98%

WaterGEMS is a hydraulic modeling software developed by Bentley Systems, designed for the analysis, design, and optimization of water distribution systems. It helps engineers and water professionals to simulate and analyze the behavior of water distribution networks. Here are some of the key features of WaterGEMS:Hydraulic Analysis: WaterGEMS enables users to perform complex hydraulic analyses of water distribution networks. It models the flow of water, pressure variations, and other hydraulic characteristics throughout the system.Network Modeling: Users can create and manage detailed models of water distribution networks, including pipes, pumps, valves, tanks, reservoirs, and other components.Demand and Consumption Modeling: The software allows for the simulation of various water demand scenarios, helping to understand how changes in demand patterns impact the network's performance.Leak Detection and Management: WaterGEMS can assist in identifying and managing leaks within the distribution system by simulating pressure and flow data and comparing it to actual measurements.Water Quality Analysis: The software offers tools to model water quality aspects within the distribution network, including chlorine decay, contamination propagation, and disinfection processes.Scenario Analysis: Users can evaluate different scenarios and strategies for network improvement, expansion, or maintenance to make informed decisions about system upgrades or changes.Pressure Zone Management: WaterGEMS supports the creation and analysis of pressure zones within the distribution network, helping to optimize pressure levels and reduce energy consumption.Pump Scheduling and Control: The software can optimize pump operation schedules and controls to minimize energy consumption and maintain desired pressure levels.Integration with GIS: WaterGEMS can integrate with Geographic Information Systems (GIS) data, allowing users to import and utilize real-world geographical information for more accurate modeling.Graphical User Interface: The software provides an intuitive graphical interface that allows users to easily create, modify, and visualize their water distribution network models.Reporting and Visualization: WaterGEMS offers tools for generating detailed reports, charts, and graphs to communicate analysis results and findings effectively.Data Exchange: The software supports data exchange with other modeling and analysis tools, facilitating collaboration and integration into larger workflows.Optimization: Users can use WaterGEMS to optimize various aspects of the water distribution network, such as pipe sizing, pump placement, and valve settings to improve overall system efficiency and performance.Model Calibration: The software supports calibration of the model with real-world data to improve the accuracy of simulation results and better reflect the behavior of the actual distribution network.Scenario Comparison: WaterGEMS allows users to compare the results of different scenarios side by side, aiding in the evaluation of different strategies and alternatives.Overall, WaterGEMS is a powerful tool that helps water engineers and professionals manage, analyze, and optimize water distribution systems to ensure efficient and reliable delivery of clean water to communities.

OpenFlows WaterGEMS Virtuosity Annual

INR 430201 INR 452201
You Save 4.87%

Analyze, design, and optimize your water distribution systemsA hydraulic modeling application, WaterGEMS provides an easy-to-use environment for you to confidently analyze, design, and optimize your water distribution systems. With advanced interoperability, geospatial model building, optimization, and asset management capabilities, WaterGEMS supports your engineering workflows from fire flow and water quality analysis, to energy consumption and capital cost management.What can WaterGEMS help me do?#Grow with confidenceWhenever system growth is anticipated, effectively identify potential problem areas, accommodate service area growth, and plan capital improvements.#Minimize disruptionsOperation of complex water systems can be difficult. Avoid disruptions by realistically modeling system inefficiencies, optimize pumping strategies, and planning for shutdowns and routine operations.Prioritize renewal decisions Renewing or replacing your systems can be overwhelming with the amount of information to consider. Make this task easier when you analyze and compare a wide range of variables for system sustainability.#Work in multiple platforms seamlesslyEliminate the frustration and enjoy the power and versatility of working across CAD, GIS, and stand-alone platforms while accessing a single, shared, project data source. With superior interoperability, choose from Windows stand-alone, ArcGIS for GIS integration, MicroStation, and AutoCAD.#Synchronize model buildingJumpstart your modeling process with geospatial data, CAD drawings, databases, and spreadsheets. Easily connect with virtually any digital data format to allocate water demands and node elevations with geospatial data found in shapefiles, geodatabases, various types of DEMs, and even CAD drawings.#Avoid manual-input mistakesDrawing and connectivity review tools guarantee a hydraulically coherent model. Automatically remove network complexity while maintaining hydraulic equivalence, to tackle a wide range of modeling applications more efficiently.Optimize model calibration, design, and operationsUse state-of-the-art genetic algorithm optimization engines to make reliable decisions based on accurate hydraulic simulations of the real world. Evaluate millions of possible solutions to quickly find a calibration hypothesis that best matches measured flows, pressures, and on/off status.Forecast operating conditions and potential issuesEasily publish WaterGEMS model results to existing SCADA control room screens to support forecasting. Create a real-time simulator that accurately represents current system conditions.#Readily identify cost savingsAnalyze data automatically to quickly identify the most energy-efficient pump scheduling strategy, or how to minimize energy use to reduce costs.

OpenFlows WaterGEMS Virtuosity Annual

INR 330805 INR 347805
You Save 4.89%

Home> Products> Bentley OpenFlows SewerGEMS Virtuosity- 10000 Pipes Annual Subscription LicenseBentley OpenFlows SewerGEMS Virtuosity- 10000 Pipes Annual Subscription LicenseHome> Products> Bentley OpenFlows SewerGEMS Virtuosity- 10000 Pipes Annual Subscription License18000 18000DescriptionWastewatDescriptionDescriptionBentley Software by BentleyBentley OpenFlows SewerGEMS Virtuosity- 10000 Pipes Annual Subscription LicenseINR 632269 INR 650269You Save: INR 18000 (2.77%)CHECK ONSEND ENQUIRYShare this on : DescriptionDescriptionWastewater and stormwater management softwareAdvanced tools for sanitary and combined sewer modelsSewerGEMS is an easy-to-use advanced engineering software for you to analyze, design, and operate sanitary and combined sewer systems. You can decrease decision risks by ensuring that the model uses the best available data, built-in hydraulic and hydrology capabilities, and a variety of wet-weather calibration methods. Easily create what-if scenarios to gain a better understanding of wastewater systems to make smarter decisions, and you can improve your response times. SCADA integration provides you with reliable model results, improves capacity and limits sewer overflows. This enables you to comply with sewer regulations set by regulatory agencies. Better understand surface flood depth and velocity, flood hazard, and inundation times with the new user-friendly 1D/2D hydraulic analysis capability.#Interoperability, Interface, and Graphical EditingRuns from within four compatible platforms:Stand-alone WindowsArcGIS (ArcMap license required)MicroStation (MicroStation license required)AutoCAD (AutoCAD license required)Unlimited undo and redoElement morphing, splitting, and reconnectionMerge nodes in close proximity toolAutomatic element labelingScaled, schematic, and hybrid environmentsElement prototypesAerial view and dynamic zoomingNamed views libraryMultiple background-layer supportSeamless compatibility with WaterCAD and HAMMER#Hydraulics, Operations, and Water QualitySteady-state and extended-period simulationsConstituent-concentration analysisMulti-species water quality analysisTank-mixing analysisWater-age analysisWater quality batch runCriticality analysisFire-flow analysisRule-based or logical controlsVariable-speed pumping, with option to use APEX (Automatic Parameter Estimation eXtension)NPSH analysisSystem head curvesLeakage and sprinkler modelingWater loss analysisPressure-dependent demandsConventional and unidirectional flushing simulationsSource tracingValve modelingAir release valve elementTop fill tank elementCombination pump curvesCarbon emission calculationOptimization of pipe renewal with Pipe Renewal PlannerOverride of pump and valve controls using historical SCADA dataEmergency response simulations for pipe breaks, power outages, fires, and pipe shutdownsReal time modelingPressure Zone managementSupport Districted Metered Areas (DMA) design#Model Building and Data ConnectionDGN, DXF, spreadsheet, database, and ODBC connectionsShapefile, geodatabase*, Geometric Network*, and SDE* connections (*when running from within ArcMap)Oracle Spatial supportGIS-ID property to maintain associations between records in the data source / GIS and elements in the modelSCADAConnect unlimited-signal pack for live data connections (to and from SCADA systems)Graphical SCADA elementCustomer Meter elementLateral link (no need to split pipes) Automatic demand allocation from geospatial dataGeospatial demand allocation from customer metersDemand allocation from lump-sum geospatial dataGeospatial-based water consumption projectionDaily, weekly, monthly, and superimposed patternsUnaccounted for water and leakage estimationComposite demands global editionArea, count, discharge, and population-based loadingPipe-length-based demand loadingElevation extraction from DEM, TIN, and shapefilesElevation extraction from CAD drawings and surfacesSeries, parallel, branch-trimming, multi-criteria automated skeletonization of pipesSkeletonization support for isolation valvesUser-data extension, including formula basedBing Maps supportModel sync In/Out, update a model or sync out to an external file#Model ManagementUnlimited scenarios and alternativesComprehensive scenario managementGlobal attribute tabular editionAutomated model skeletonizationPersonalizable engineering librariesSorting and persistent filtering on tabular reportsStatistical analysis from tabular reportsDynamic and static selection setsLocal and global engineering-units managementSub-model managementDrawing review tools for connectivity consistencyAutomatic topology reviewOrphaned nodes and dead-end pipes queriesChange tracking#Results PresentationThematic mapping with property-based color-coding, symbology, and annotationsDynamic, multi-parameter, and multi-scenario graphingScenario and element comparisonShapefile contouringAdvance profilingAdvanced tabular reporting with FlexTablesCreation of Google Earth (KML) filesPublishing of i-models in 2D or 3D, including to Bentley Map® MobileVideo recording of result animationCustomizable reports#Optimization (using Genetic Algorithm)Automated model calibration with Darwin CalibratorIdentify leaks locations with Darwin CalibratorOptimized design and rehabilitation with Darwin DesignerOptimized pump scheduling with Darwin Scheduler#Energy and Capital-cost ManagementEnergy cost analysisCapital cost analysisPump and turbine energy analysis

Bentley OpenFlows SewerGEMS Virtuosity

INR 826773 INR 869773
You Save 4.94%

DescriptionWastewater and stormwater management softwareAdvanced tools for sanitary and combined sewer modelsSewerGEMS is an easy-to-use advanced engineering software for you to analyze, design, and operate sanitary and combined sewer systems. You can decrease decision risks by ensuring that the model uses the best available data, built-in hydraulic and hydrology capabilities, and a variety of wet-weather calibration methods. Easily create what-if scenarios to gain a better understanding of wastewater systems to make smarter decisions, and you can improve your response times. SCADA integration provides you with reliable model results, improves capacity and limits sewer overflows. This enables you to comply with sewer regulations set by regulatory agencies. Better understand surface flood depth and velocity, flood hazard, and inundation times with the new user-friendly 1D/2D hydraulic analysis capability.#Interoperability, Interface, and Graphical EditingRuns from within four compatible platforms:Stand-alone WindowsArcGIS (ArcMap license required)MicroStation (MicroStation license required)AutoCAD (AutoCAD license required)Unlimited undo and redoElement morphing, splitting, and reconnectionMerge nodes in close proximity toolAutomatic element labelingScaled, schematic, and hybrid environmentsElement prototypesAerial view and dynamic zoomingNamed views libraryMultiple background-layer supportSeamless compatibility with WaterCAD and HAMMER#Hydraulics, Operations, and Water QualitySteady-state and extended-period simulationsConstituent-concentration analysisMulti-species water quality analysisTank-mixing analysisWater-age analysisWater quality batch runCriticality analysisFire-flow analysisRule-based or logical controlsVariable-speed pumping, with option to use APEX (Automatic Parameter Estimation eXtension)NPSH analysisSystem head curvesLeakage and sprinkler modelingWater loss analysisPressure-dependent demandsConventional and unidirectional flushing simulationsSource tracingValve modelingAir release valve elementTop fill tank elementCombination pump curvesCarbon emission calculationOptimization of pipe renewal with Pipe Renewal PlannerOverride of pump and valve controls using historical SCADA dataEmergency response simulations for pipe breaks, power outages, fires, and pipe shutdownsReal time modelingPressure Zone managementSupport Districted Metered Areas (DMA) design#Model Building and Data ConnectionDGN, DXF, spreadsheet, database, and ODBC connectionsShapefile, geodatabase*, Geometric Network*, and SDE* connections (*when running from within ArcMap)Oracle Spatial supportGIS-ID property to maintain associations between records in the data source / GIS and elements in the modelSCADAConnect unlimited-signal pack for live data connections (to and from SCADA systems)Graphical SCADA elementCustomer Meter elementLateral link (no need to split pipes) Automatic demand allocation from geospatial dataGeospatial demand allocation from customer metersDemand allocation from lump-sum geospatial dataGeospatial-based water consumption projectionDaily, weekly, monthly, and superimposed patternsUnaccounted for water and leakage estimationComposite demands global editionArea, count, discharge, and population-based loadingPipe-length-based demand loadingElevation extraction from DEM, TIN, and shapefilesElevation extraction from CAD drawings and surfacesSeries, parallel, branch-trimming, multi-criteria automated skeletonization of pipesSkeletonization support for isolation valvesUser-data extension, including formula basedBing Maps supportModel sync In/Out, update a model or sync out to an external file#Model ManagementUnlimited scenarios and alternativesComprehensive scenario managementGlobal attribute tabular editionAutomated model skeletonizationPersonalizable engineering librariesSorting and persistent filtering on tabular reportsStatistical analysis from tabular reportsDynamic and static selection setsLocal and global engineering-units managementSub-model managementDrawing review tools for connectivity consistencyAutomatic topology reviewOrphaned nodes and dead-end pipes queriesChange tracking#Results PresentationThematic mapping with property-based color-coding, symbology, and annotationsDynamic, multi-parameter, and multi-scenario graphingScenario and element comparisonShapefile contouringAdvance profilingAdvanced tabular reporting with FlexTablesCreation of Google Earth (KML) filesPublishing of i-models in 2D or 3D, including to Bentley Map® MobileVideo recording of result animationCustomizable reports#Optimization (using Genetic Algorithm)Automated model calibration with Darwin CalibratorIdentify leaks locations with Darwin CalibratorOptimized design and rehabilitation with Darwin DesignerOptimized pump scheduling with Darwin Scheduler#Energy and Capital-cost ManagementEnergy cost analysisCapital cost analysisPump and turbine energy analysis

Bentley OpenFlows SewerGEMS Virtuosity

INR 661788 INR 695788
You Save 4.89%

DescriptionDescriptionWastewater and stormwater management softwareAdvanced tools for sanitary and combined sewer modelsSewerGEMS is an easy-to-use advanced engineering software for you to analyze, design, and operate sanitary and combined sewer systems. You can decrease decision risks by ensuring that the model uses the best available data, built-in hydraulic and hydrology capabilities, and a variety of wet-weather calibration methods. Easily create what-if scenarios to gain a better understanding of wastewater systems to make smarter decisions, and you can improve your response times. SCADA integration provides you with reliable model results, improves capacity and limits sewer overflows. This enables you to comply with sewer regulations set by regulatory agencies. Better understand surface flood depth and velocity, flood hazard, and inundation times with the new user-friendly 1D/2D hydraulic analysis capability.#Interoperability, Interface, and Graphical EditingRuns from within four compatible platforms:Stand-alone WindowsArcGIS (ArcMap license required)MicroStation (MicroStation license required)AutoCAD (AutoCAD license required)Unlimited undo and redoElement morphing, splitting, and reconnectionMerge nodes in close proximity toolAutomatic element labelingScaled, schematic, and hybrid environmentsElement prototypesAerial view and dynamic zoomingNamed views libraryMultiple background-layer supportSeamless compatibility with WaterCAD and HAMMER#Hydraulics, Operations, and Water QualitySteady-state and extended-period simulationsConstituent-concentration analysisMulti-species water quality analysisTank-mixing analysisWater-age analysisWater quality batch runCriticality analysisFire-flow analysisRule-based or logical controlsVariable-speed pumping, with option to use APEX (Automatic Parameter Estimation eXtension)NPSH analysisSystem head curvesLeakage and sprinkler modelingWater loss analysisPressure-dependent demandsConventional and unidirectional flushing simulationsSource tracingValve modelingAir release valve elementTop fill tank elementCombination pump curvesCarbon emission calculationOptimization of pipe renewal with Pipe Renewal PlannerOverride of pump and valve controls using historical SCADA dataEmergency response simulations for pipe breaks, power outages, fires, and pipe shutdownsReal time modelingPressure Zone managementSupport Districted Metered Areas (DMA) design#Model Building and Data ConnectionDGN, DXF, spreadsheet, database, and ODBC connectionsShapefile, geodatabase*, Geometric Network*, and SDE* connections (*when running from within ArcMap)Oracle Spatial supportGIS-ID property to maintain associations between records in the data source / GIS and elements in the modelSCADAConnect unlimited-signal pack for live data connections (to and from SCADA systems)Graphical SCADA elementCustomer Meter elementLateral link (no need to split pipes) Automatic demand allocation from geospatial dataGeospatial demand allocation from customer metersDemand allocation from lump-sum geospatial dataGeospatial-based water consumption projectionDaily, weekly, monthly, and superimposed patternsUnaccounted for water and leakage estimationComposite demands global editionArea, count, discharge, and population-based loadingPipe-length-based demand loadingElevation extraction from DEM, TIN, and shapefilesElevation extraction from CAD drawings and surfacesSeries, parallel, branch-trimming, multi-criteria automated skeletonization of pipesSkeletonization support for isolation valvesUser-data extension, including formula basedBing Maps supportModel sync In/Out, update a model or sync out to an external file#Model ManagementUnlimited scenarios and alternativesComprehensive scenario managementGlobal attribute tabular editionAutomated model skeletonizationPersonalizable engineering librariesSorting and persistent filtering on tabular reportsStatistical analysis from tabular reportsDynamic and static selection setsLocal and global engineering-units managementSub-model managementDrawing review tools for connectivity consistencyAutomatic topology reviewOrphaned nodes and dead-end pipes queriesChange tracking#Results PresentationThematic mapping with property-based color-coding, symbology, and annotationsDynamic, multi-parameter, and multi-scenario graphingScenario and element comparisonShapefile contouringAdvance profilingAdvanced tabular reporting with FlexTablesCreation of Google Earth (KML) filesPublishing of i-models in 2D or 3D, including to Bentley Map® MobileVideo recording of result animationCustomizable reports#Optimization (using Genetic Algorithm)Automated model calibration with Darwin CalibratorIdentify leaks locations with Darwin CalibratorOptimized design and rehabilitation with Darwin DesignerOptimized pump scheduling with Darwin Scheduler#Energy and Capital-cost ManagementEnergy cost analysisCapital cost analysisPump and turbine energy analysis

Bentley OpenFlows SewerGEMS Virtuosity

INR 495795 INR 521795
You Save 4.98%

DescriptionWastewater and stormwater management softwareAdvanced tools for sanitary and combined sewer modelsSewerGEMS is an easy-to-use advanced engineering software for you to analyze, design, and operate sanitary and combined sewer systems. You can decrease decision risks by ensuring that the model uses the best available data, built-in hydraulic and hydrology capabilities, and a variety of wet-weather calibration methods. Easily create what-if scenarios to gain a better understanding of wastewater systems to make smarter decisions, and you can improve your response times. SCADA integration provides you with reliable model results, improves capacity and limits sewer overflows. This enables you to comply with sewer regulations set by regulatory agencies. Better understand surface flood depth and velocity, flood hazard, and inundation times with the new user-friendly 1D/2D hydraulic analysis capability.#Interoperability, Interface, and Graphical EditingRuns from within four compatible platforms:Stand-alone WindowsArcGIS (ArcMap license required)MicroStation (MicroStation license required)AutoCAD (AutoCAD license required)Unlimited undo and redoElement morphing, splitting, and reconnectionMerge nodes in close proximity toolAutomatic element labelingScaled, schematic, and hybrid environmentsElement prototypesAerial view and dynamic zoomingNamed views libraryMultiple background-layer supportSeamless compatibility with WaterCAD and HAMMER#Hydraulics, Operations, and Water QualitySteady-state and extended-period simulationsConstituent-concentration analysisMulti-species water quality analysisTank-mixing analysisWater-age analysisWater quality batch runCriticality analysisFire-flow analysisRule-based or logical controlsVariable-speed pumping, with option to use APEX (Automatic Parameter Estimation eXtension)NPSH analysisSystem head curvesLeakage and sprinkler modelingWater loss analysisPressure-dependent demandsConventional and unidirectional flushing simulationsSource tracingValve modelingAir release valve elementTop fill tank elementCombination pump curvesCarbon emission calculationOptimization of pipe renewal with Pipe Renewal PlannerOverride of pump and valve controls using historical SCADA dataEmergency response simulations for pipe breaks, power outages, fires, and pipe shutdownsReal time modelingPressure Zone managementSupport Districted Metered Areas (DMA) design#Model Building and Data ConnectionDGN, DXF, spreadsheet, database, and ODBC connectionsShapefile, geodatabase*, Geometric Network*, and SDE* connections (*when running from within ArcMap)Oracle Spatial supportGIS-ID property to maintain associations between records in the data source / GIS and elements in the modelSCADAConnect unlimited-signal pack for live data connections (to and from SCADA systems)Graphical SCADA elementCustomer Meter elementLateral link (no need to split pipes) Automatic demand allocation from geospatial dataGeospatial demand allocation from customer metersDemand allocation from lump-sum geospatial dataGeospatial-based water consumption projectionDaily, weekly, monthly, and superimposed patternsUnaccounted for water and leakage estimationComposite demands global editionArea, count, discharge, and population-based loadingPipe-length-based demand loadingElevation extraction from DEM, TIN, and shapefilesElevation extraction from CAD drawings and surfacesSeries, parallel, branch-trimming, multi-criteria automated skeletonization of pipesSkeletonization support for isolation valvesUser-data extension, including formula basedBing Maps supportModel sync In/Out, update a model or sync out to an external file#Model ManagementUnlimited scenarios and alternativesComprehensive scenario managementGlobal attribute tabular editionAutomated model skeletonizationPersonalizable engineering librariesSorting and persistent filtering on tabular reportsStatistical analysis from tabular reportsDynamic and static selection setsLocal and global engineering-units managementSub-model managementDrawing review tools for connectivity consistencyAutomatic topology reviewOrphaned nodes and dead-end pipes queriesChange tracking#Results PresentationThematic mapping with property-based color-coding, symbology, and annotationsDynamic, multi-parameter, and multi-scenario graphingScenario and element comparisonShapefile contouringAdvance profilingAdvanced tabular reporting with FlexTablesCreation of Google Earth (KML) filesPublishing of i-models in 2D or 3D, including to Bentley Map® MobileVideo recording of result animationCustomizable reports#Optimization (using Genetic Algorithm)Automated model calibration with Darwin CalibratorIdentify leaks locations with Darwin CalibratorOptimized design and rehabilitation with Darwin DesignerOptimized pump scheduling with Darwin Scheduler#Energy and Capital-cost ManagementEnergy cost analysisCapital cost analysisPump and turbine energy analysis

Bentley OpenFlows SewerGEMS Virtuosit

INR 430201 INR 452201
You Save 4.87%

DescriptionWastewater and stormwater management softwareAdvanced tools for sanitary and combined sewer modelsSewerGEMS is an easy-to-use advanced engineering software for you to analyze, design, and operate sanitary and combined sewer systems. You can decrease decision risks by ensuring that the model uses the best available data, built-in hydraulic and hydrology capabilities, and a variety of wet-weather calibration methods. Easily create what-if scenarios to gain a better understanding of wastewater systems to make smarter decisions, and you can improve your response times. SCADA integration provides you with reliable model results, improves capacity and limits sewer overflows. This enables you to comply with sewer regulations set by regulatory agencies. Better understand surface flood depth and velocity, flood hazard, and inundation times with the new user-friendly 1D/2D hydraulic analysis capability.#Interoperability, Interface, and Graphical EditingRuns from within four compatible platforms:Stand-alone WindowsArcGIS (ArcMap license required)MicroStation (MicroStation license required)AutoCAD (AutoCAD license required)Unlimited undo and redoElement morphing, splitting, and reconnectionMerge nodes in close proximity toolAutomatic element labelingScaled, schematic, and hybrid environmentsElement prototypesAerial view and dynamic zoomingNamed views libraryMultiple background-layer supportSeamless compatibility with WaterCAD and HAMMER#Hydraulics, Operations, and Water QualitySteady-state and extended-period simulationsConstituent-concentration analysisMulti-species water quality analysisTank-mixing analysisWater-age analysisWater quality batch runCriticality analysisFire-flow analysisRule-based or logical controlsVariable-speed pumping, with option to use APEX (Automatic Parameter Estimation eXtension)NPSH analysisSystem head curvesLeakage and sprinkler modelingWater loss analysisPressure-dependent demandsConventional and unidirectional flushing simulationsSource tracingValve modelingAir release valve elementTop fill tank elementCombination pump curvesCarbon emission calculationOptimization of pipe renewal with Pipe Renewal PlannerOverride of pump and valve controls using historical SCADA dataEmergency response simulations for pipe breaks, power outages, fires, and pipe shutdownsReal time modelingPressure Zone managementSupport Districted Metered Areas (DMA) design#Model Building and Data ConnectionDGN, DXF, spreadsheet, database, and ODBC connectionsShapefile, geodatabase*, Geometric Network*, and SDE* connections (*when running from within ArcMap)Oracle Spatial supportGIS-ID property to maintain associations between records in the data source / GIS and elements in the modelSCADAConnect unlimited-signal pack for live data connections (to and from SCADA systems)Graphical SCADA elementCustomer Meter elementLateral link (no need to split pipes) Automatic demand allocation from geospatial dataGeospatial demand allocation from customer metersDemand allocation from lump-sum geospatial dataGeospatial-based water consumption projectionDaily, weekly, monthly, and superimposed patternsUnaccounted for water and leakage estimationComposite demands global editionArea, count, discharge, and population-based loadingPipe-length-based demand loadingElevation extraction from DEM, TIN, and shapefilesElevation extraction from CAD drawings and surfacesSeries, parallel, branch-trimming, multi-criteria automated skeletonization of pipesSkeletonization support for isolation valvesUser-data extension, including formula basedBing Maps supportModel sync In/Out, update a model or sync out to an external file#Model ManagementUnlimited scenarios and alternativesComprehensive scenario managementGlobal attribute tabular editionAutomated model skeletonizationPersonalizable engineering librariesSorting and persistent filtering on tabular reportsStatistical analysis from tabular reportsDynamic and static selection setsLocal and global engineering-units managementSub-model managementDrawing review tools for connectivity consistencyAutomatic topology reviewOrphaned nodes and dead-end pipes queriesChange tracking#Results PresentationThematic mapping with property-based color-coding, symbology, and annotationsDynamic, multi-parameter, and multi-scenario graphingScenario and element comparisonShapefile contouringAdvance profilingAdvanced tabular reporting with FlexTablesCreation of Google Earth (KML) filesPublishing of i-models in 2D or 3D, including to Bentley Map® MobileVideo recording of result animationCustomizable reports#Optimization (using Genetic Algorithm)Automated model calibration with Darwin CalibratorIdentify leaks locations with Darwin CalibratorOptimized design and rehabilitation with Darwin DesignerOptimized pump scheduling with Darwin Scheduler#Energy and Capital-cost ManagementEnergy cost analysisCapital cost analysisPump and turbine energy analysis

OpenFlows SewerGEMS Virtuosity- 1000 P

INR 330805 INR 347805
You Save 4.89%

DescriptionPLAXIS 2D- (Complete Features ) Check For individual features from sitePLAXIS 2D includes all the essential functionalities to perform everyday deformation and safety analysis for soil and rock that do not require the consideration of creep, steady state groundwater or thermal flow, consolidation analysis, or any time-dependent effects.Features PLAXIS 2D, PLAXIS 2D Advanced & Ultimate #PROJECT AND MODEL PROPERTIESSelection of imperial and SI units for length, force, etc.Select between plane strain and axi-symmetric modelsSelect between 6-noded and 15-noded element typesConstants tab in Project properties#GEOMETRY CREATIONCreate Borehole ToolSelect, Move and Array ToolsCreate Soil Polygon, Soil Rectangle ToolsCreate Point & Line Load ToolsCreate Point & Line Prescribed Displacement ToolsCreate Embedded Beam Row, Plate, Geogrid, Fixed-End Anchor, Node-to-node Anchor, Interface ToolsCreate Line Contraction ToolCreate Well, Drain and Groundwater Flow Boundary Conditions ToolsCreate Thermal Flow Boundary Condition ToolCreate Added Mass ToolTunnel DesignerReinforcement (Rockbolts) Definition in Tunnel Designer#SOIL MATERIAL MODELSLinear elasticMohr-CoulombHardening SoilHardening Soil Small Strain StiffnessModified cam-clayJointed Rock modelNGI-ADPHoek-Brown, with Parameter guideSoft soilSoft Soil creepSekiguchi Ohta (Viscid)Sekiguchi Ohta (Inviscid)UDCAM-S and Cyclic Accumulation toolConcreteUser Defined Soil ModelsUBC3D-PLM (liquefaction)#SOIL MATERIAL DRAINAGE TYPESDrainedUndrained AUndrained BUndrained CNon-porous#STRUCTURAL ELEMENT MATERIAL TYPESElastic, elastoplastic & elastoplastic (M-Kappa) PlatesElastic, elastoplastic, elastoplastic (N-Epsilon) & viscoelastic GeogridsElastic, elastoplastic & elastoplastic (M-Kappa) Embedded beam rowsElastic, elastoplastic & elastoplastic with residual strength Fixed-end and Node-to-node Anchors#DYNAMIC, GROUNDWATER AND THERMAL FLOW MATERIAL PROPERTIESGroundwater properties, incl. soil classification systems (Hypres, USDA etc) and predefined data sets for (Approximate) Van Genuchten models for soil materialsThermal properties for soil and structural elements (excl. embedded beam row)Rayleigh damping for soil and structural elements#INITIAL CALCULATION TYPESK₀ procedureGravity loadingField stressGround water flow only#DEFORMATION CALCULATION TYPESPlasticSafetyConsolidationDynamicDynamic with consolidationFully coupled flow-deformation#PORE PRESSURE CALCULATION TYPESPhreatic levelUse pore pressures from previous phaseSteady state groundwater flowTransient groundwater flow#THERMAL CALCULATION TYPESIgnore temperatureEarth gradientSteady state thermal flowUse temperatures from previous phaseTransient thermal flow#MISCELLANEOUS FEATURES, TOOLS AND INTEROPABILITYSpatial variation of preconsolidationTunnel deconfinementCreate cluster field stressStaged construction & automatic regeneration of construction stagesMulticore and parallel calculationDesign ApproachesPseudostatic analysisGenerate Stratigraphy from imported CPT LogsSoilTest and parameter optimization toolSensitivity analysis and Parameter variationPLAXIS 2D Classic to PLAXIS 2D CONNECT Edition project converterPLAXIS 2D LE model importPLAXIS 2D to 3D ConverterCalculation ManagerCAD Import and ExportCommand line input (Input, Output & SoilTest)Command line autocomplete (Input, Output & SoilTest)Commands runner (Input, Output & SoilTest)Macro library and running macros (Input, Output & SoilTest)Remote scripting for Input, Output and SoilTestScripting reference1D Site response analysis toolProjectWise integration, loading from and saving to ProjectWise serverBentley Cloud Services: personal & project portal, project association#TIME DEPENDENT FUNCTIONSTime dependent groundwater flow components for water levels, groundwater flow boundary conditions and soil clustersDefinition of groundwater flow functions to specify time dependent changes in head or discharge, etc.Time dependent thermal components for thermal flow boundary conditions and soil clustersDefinition of thermal flow functions to specify time dependent changes in temperature or heat flux, etc.Dynamic components in x and y direction for point and line loads or prescribed displacementsDefinition of Dynamic multipliers to create vibration and earthquake signalsScaling tools, Fourier, response spectra & Arias intensity plots and drift correction for input earthquake signals#DYNAMIC BOUNDARY CONDITIONSViscousTied degrees of freedomCompliant base and free field boundariesAll nodes fixity#POSTPROCESSING & RESULTSVarious ways to display forces, displacements, stresses and strains in contour, vector, and iso-surface plotsTables of results with copy, sorting and filter optionsCurve manager to plot graphs of various results across a selection of calculation phasesLoad-Displacement curvesCross-section tools and cross-section curvesAutomatic and manual centerline extraction for structural forces plots of volume platesResulting forces viewPlot annotationsAnimationsReport generatorPrinting and saving plots & curvesPlots & Curves of accelerations, velocities, structural forces envelopes for Dynamic phasesCurve plots of Pseudo Spectral Acceleration, relative displacements and switching between time & frequency representationsPlots and curves of pore pressures for phreatic level calculationsPlots and curves of pore pressures, saturation, suction, and Darcy flux for steady state groundwater flow calculationsPlots and curves of pore pressures, saturation, suction, and Darcy flux for transient groundwater flow or fully coupled flow deformation calculationsPlots and curves of temperature, ice saturation and heat flux for steady state thermal flow calculationsPlots and curves of temperature, ice saturation and heat flux for transient thermal flow or full thermo-hydro-mechanical coupled calculationsExport of results to Paraview

PLAXIS 2D Ultimate Virtuosity Annual S

INR 481686 INR 506686
You Save 4.93%

DescriptionPLAXIS 2D- (Complete Features ) Check For individual features from sitePLAXIS 2D includes all the essential functionalities to perform everyday deformation and safety analysis for soil and rock that do not require the consideration of creep, steady state groundwater or thermal flow, consolidation analysis, or any time-dependent effects.Features PLAXIS 2D, PLAXIS 2D Advanced & Ultimate #PROJECT AND MODEL PROPERTIESSelection of imperial and SI units for length, force, etc.Select between plane strain and axi-symmetric modelsSelect between 6-noded and 15-noded element typesConstants tab in Project properties#GEOMETRY CREATIONCreate Borehole ToolSelect, Move and Array ToolsCreate Soil Polygon, Soil Rectangle ToolsCreate Point & Line Load ToolsCreate Point & Line Prescribed Displacement ToolsCreate Embedded Beam Row, Plate, Geogrid, Fixed-End Anchor, Node-to-node Anchor, Interface ToolsCreate Line Contraction ToolCreate Well, Drain and Groundwater Flow Boundary Conditions ToolsCreate Thermal Flow Boundary Condition ToolCreate Added Mass ToolTunnel DesignerReinforcement (Rockbolts) Definition in Tunnel Designer#SOIL MATERIAL MODELSLinear elasticMohr-CoulombHardening SoilHardening Soil Small Strain StiffnessModified cam-clayJointed Rock modelNGI-ADPHoek-Brown, with Parameter guideSoft soilSoft Soil creepSekiguchi Ohta (Viscid)Sekiguchi Ohta (Inviscid)UDCAM-S and Cyclic Accumulation toolConcreteUser Defined Soil ModelsUBC3D-PLM (liquefaction)#SOIL MATERIAL DRAINAGE TYPESDrainedUndrained AUndrained BUndrained CNon-porous#STRUCTURAL ELEMENT MATERIAL TYPESElastic, elastoplastic & elastoplastic (M-Kappa) PlatesElastic, elastoplastic, elastoplastic (N-Epsilon) & viscoelastic GeogridsElastic, elastoplastic & elastoplastic (M-Kappa) Embedded beam rowsElastic, elastoplastic & elastoplastic with residual strength Fixed-end and Node-to-node Anchors#DYNAMIC, GROUNDWATER AND THERMAL FLOW MATERIAL PROPERTIESGroundwater properties, incl. soil classification systems (Hypres, USDA etc) and predefined data sets for (Approximate) Van Genuchten models for soil materialsThermal properties for soil and structural elements (excl. embedded beam row)Rayleigh damping for soil and structural elements#INITIAL CALCULATION TYPESK₀ procedureGravity loadingField stressGround water flow only#DEFORMATION CALCULATION TYPESPlasticSafetyConsolidationDynamicDynamic with consolidationFully coupled flow-deformation#PORE PRESSURE CALCULATION TYPESPhreatic levelUse pore pressures from previous phaseSteady state groundwater flowTransient groundwater flow#THERMAL CALCULATION TYPESIgnore temperatureEarth gradientSteady state thermal flowUse temperatures from previous phaseTransient thermal flow#MISCELLANEOUS FEATURES, TOOLS AND INTEROPABILITYSpatial variation of preconsolidationTunnel deconfinementCreate cluster field stressStaged construction & automatic regeneration of construction stagesMulticore and parallel calculationDesign ApproachesPseudostatic analysisGenerate Stratigraphy from imported CPT LogsSoilTest and parameter optimization toolSensitivity analysis and Parameter variationPLAXIS 2D Classic to PLAXIS 2D CONNECT Edition project converterPLAXIS 2D LE model importPLAXIS 2D to 3D ConverterCalculation ManagerCAD Import and ExportCommand line input (Input, Output & SoilTest)Command line autocomplete (Input, Output & SoilTest)Commands runner (Input, Output & SoilTest)Macro library and running macros (Input, Output & SoilTest)Remote scripting for Input, Output and SoilTestScripting reference1D Site response analysis toolProjectWise integration, loading from and saving to ProjectWise serverBentley Cloud Services: personal & project portal, project association#TIME DEPENDENT FUNCTIONSTime dependent groundwater flow components for water levels, groundwater flow boundary conditions and soil clustersDefinition of groundwater flow functions to specify time dependent changes in head or discharge, etc.Time dependent thermal components for thermal flow boundary conditions and soil clustersDefinition of thermal flow functions to specify time dependent changes in temperature or heat flux, etc.Dynamic components in x and y direction for point and line loads or prescribed displacementsDefinition of Dynamic multipliers to create vibration and earthquake signalsScaling tools, Fourier, response spectra & Arias intensity plots and drift correction for input earthquake signals#DYNAMIC BOUNDARY CONDITIONSViscousTied degrees of freedomCompliant base and free field boundariesAll nodes fixity#POSTPROCESSING & RESULTSVarious ways to display forces, displacements, stresses and strains in contour, vector, and iso-surface plotsTables of results with copy, sorting and filter optionsCurve manager to plot graphs of various results across a selection of calculation phasesLoad-Displacement curvesCross-section tools and cross-section curvesAutomatic and manual centerline extraction for structural forces plots of volume platesResulting forces viewPlot annotationsAnimationsReport generatorPrinting and saving plots & curvesPlots & Curves of accelerations, velocities, structural forces envelopes for Dynamic phasesCurve plots of Pseudo Spectral Acceleration, relative displacements and switching between time & frequency representationsPlots and curves of pore pressures for phreatic level calculationsPlots and curves of pore pressures, saturation, suction, and Darcy flux for steady state groundwater flow calculationsPlots and curves of pore pressures, saturation, suction, and Darcy flux for transient groundwater flow or fully coupled flow deformation calculationsPlots and curves of temperature, ice saturation and heat flux for steady state thermal flow calculationsPlots and curves of temperature, ice saturation and heat flux for transient thermal flow or full thermo-hydro-mechanical coupled calculationsExport of results to Paraview

Bentley PLAXIS 2D Advanced Virtuosity

INR 338570 INR 355570
You Save 4.78%

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DescriptionDescriptionWaterGEMS is a hydraulic modeling software developed by Bentley Systems, designed for the analysis, design, and optimization of water distribution systems. It helps engineers and water professionals to simulate and analyze the behavior of water distribution networks. Here are some of the key features of WaterGEMS:Hydraulic Analysis: WaterGEMS enables users to perform complex hydraulic analyses of water distribution networks. It models the flow of water, pressure variations, and other hydraulic characteristics throughout the system.Network Modeling: Users can create and manage detailed models of water distribution networks, including pipes, pumps, valves, tanks, reservoirs, and other components.Demand and Consumption Modeling: The software allows for the simulation of various water demand scenarios, helping to understand how changes in demand patterns impact the network's performance.Leak Detection and Management: WaterGEMS can assist in identifying and managing leaks within the distribution system by simulating pressure and flow data and comparing it to actual measurements.Water Quality Analysis: The software offers tools to model water quality aspects within the distribution network, including chlorine decay, contamination propagation, and disinfection processes.Scenario Analysis: Users can evaluate different scenarios and strategies for network improvement, expansion, or maintenance to make informed decisions about system upgrades or changes.Pressure Zone Management: WaterGEMS supports the creation and analysis of pressure zones within the distribution network, helping to optimize pressure levels and reduce energy consumption.Pump Scheduling and Control: The software can optimize pump operation schedules and controls to minimize energy consumption and maintain desired pressure levels.Integration with GIS: WaterGEMS can integrate with Geographic Information Systems (GIS) data, allowing users to import and utilize real-world geographical information for more accurate modeling.Graphical User Interface: The software provides an intuitive graphical interface that allows users to easily create, modify, and visualize their water distribution network models.Reporting and Visualization: WaterGEMS offers tools for generating detailed reports, charts, and graphs to communicate analysis results and findings effectively.Data Exchange: The software supports data exchange with other modeling and analysis tools, facilitating collaboration and integration into larger workflows.Optimization: Users can use WaterGEMS to optimize various aspects of the water distribution network, such as pipe sizing, pump placement, and valve settings to improve overall system efficiency and performance.Model Calibration: The software supports calibration of the model with real-world data to improve the accuracy of simulation results and better reflect the behavior of the actual distribution network.Scenario Comparison: WaterGEMS allows users to compare the results of different scenarios side by side, aiding in the evaluation of different strategies and alternatives.Overall, WaterGEMS is a powerful tool that helps water engineers and professionals manage, analyze, and optimize water distribution systems to ensure efficient and reliable delivery of clean water to communities.

Bentley OpenFlows WaterG

INR 826273 INR 869773
You Save 5%

DescriptionWaterGEMS is a hydraulic modeling software developed by Bentley Systems, designed for the analysis, design, and optimization of water distribution systems. It helps engineers and water professionals to simulate and analyze the behavior of water distribution networks. Here are some of the key features of WaterGEMS:Hydraulic Analysis: WaterGEMS enables users to perform complex hydraulic analyses of water distribution networks. It models the flow of water, pressure variations, and other hydraulic characteristics throughout the system.Network Modeling: Users can create and manage detailed models of water distribution networks, including pipes, pumps, valves, tanks, reservoirs, and other components.Demand and Consumption Modeling: The software allows for the simulation of various water demand scenarios, helping to understand how changes in demand patterns impact the network's performance.Leak Detection and Management: WaterGEMS can assist in identifying and managing leaks within the distribution system by simulating pressure and flow data and comparing it to actual measurements.Water Quality Analysis: The software offers tools to model water quality aspects within the distribution network, including chlorine decay, contamination propagation, and disinfection processes.Scenario Analysis: Users can evaluate different scenarios and strategies for network improvement, expansion, or maintenance to make informed decisions about system upgrades or changes.Pressure Zone Management: WaterGEMS supports the creation and analysis of pressure zones within the distribution network, helping to optimize pressure levels and reduce energy consumption.Pump Scheduling and Control: The software can optimize pump operation schedules and controls to minimize energy consumption and maintain desired pressure levels.Integration with GIS: WaterGEMS can integrate with Geographic Information Systems (GIS) data, allowing users to import and utilize real-world geographical information for more accurate modeling.Graphical User Interface: The software provides an intuitive graphical interface that allows users to easily create, modify, and visualize their water distribution network models.Reporting and Visualization: WaterGEMS offers tools for generating detailed reports, charts, and graphs to communicate analysis results and findings effectively.Data Exchange: The software supports data exchange with other modeling and analysis tools, facilitating collaboration and integration into larger workflows.Optimization: Users can use WaterGEMS to optimize various aspects of the water distribution network, such as pipe sizing, pump placement, and valve settings to improve overall system efficiency and performance.Model Calibration: The software supports calibration of the model with real-world data to improve the accuracy of simulation results and better reflect the behavior of the actual distribution network.Scenario Comparison: WaterGEMS allows users to compare the results of different scenarios side by side, aiding in the evaluation of different strategies and alternatives.Overall, WaterGEMS is a powerful tool that helps water engineers and professionals manage, analyze, and optimize water distribution systems to ensure efficient and reliable delivery of clean water to communities.

OpenFlows WaterGEMS Virt

INR 661788 INR 695788
You Save 4.89%

DescriptionWaterGEMS is a hydraulic modeling software developed by Bentley Systems, designed for the analysis, design, and optimization of water distribution systems. It helps engineers and water professionals to simulate and analyze the behavior of water distribution networks. Here are some of the key features of WaterGEMS:Hydraulic Analysis: WaterGEMS enables users to perform complex hydraulic analyses of water distribution networks. It models the flow of water, pressure variations, and other hydraulic characteristics throughout the system.Network Modeling: Users can create and manage detailed models of water distribution networks, including pipes, pumps, valves, tanks, reservoirs, and other components.Demand and Consumption Modeling: The software allows for the simulation of various water demand scenarios, helping to understand how changes in demand patterns impact the network's performance.Leak Detection and Management: WaterGEMS can assist in identifying and managing leaks within the distribution system by simulating pressure and flow data and comparing it to actual measurements.Water Quality Analysis: The software offers tools to model water quality aspects within the distribution network, including chlorine decay, contamination propagation, and disinfection processes.Scenario Analysis: Users can evaluate different scenarios and strategies for network improvement, expansion, or maintenance to make informed decisions about system upgrades or changes.Pressure Zone Management: WaterGEMS supports the creation and analysis of pressure zones within the distribution network, helping to optimize pressure levels and reduce energy consumption.Pump Scheduling and Control: The software can optimize pump operation schedules and controls to minimize energy consumption and maintain desired pressure levels.Integration with GIS: WaterGEMS can integrate with Geographic Information Systems (GIS) data, allowing users to import and utilize real-world geographical information for more accurate modeling.Graphical User Interface: The software provides an intuitive graphical interface that allows users to easily create, modify, and visualize their water distribution network models.Reporting and Visualization: WaterGEMS offers tools for generating detailed reports, charts, and graphs to communicate analysis results and findings effectively.Data Exchange: The software supports data exchange with other modeling and analysis tools, facilitating collaboration and integration into larger workflows.Optimization: Users can use WaterGEMS to optimize various aspects of the water distribution network, such as pipe sizing, pump placement, and valve settings to improve overall system efficiency and performance.Model Calibration: The software supports calibration of the model with real-world data to improve the accuracy of simulation results and better reflect the behavior of the actual distribution network.Scenario Comparison: WaterGEMS allows users to compare the results of different scenarios side by side, aiding in the evaluation of different strategies and alternatives.Overall, WaterGEMS is a powerful tool that helps water engineers and professionals manage, analyze, and optimize water distribution systems to ensure efficient and reliable delivery of clean water to communities.

OpenFlows WaterGEMS Virt

INR 495795 INR 521795
You Save 4.98%

WaterGEMS is a hydraulic modeling software developed by Bentley Systems, designed for the analysis, design, and optimization of water distribution systems. It helps engineers and water professionals to simulate and analyze the behavior of water distribution networks. Here are some of the key features of WaterGEMS:Hydraulic Analysis: WaterGEMS enables users to perform complex hydraulic analyses of water distribution networks. It models the flow of water, pressure variations, and other hydraulic characteristics throughout the system.Network Modeling: Users can create and manage detailed models of water distribution networks, including pipes, pumps, valves, tanks, reservoirs, and other components.Demand and Consumption Modeling: The software allows for the simulation of various water demand scenarios, helping to understand how changes in demand patterns impact the network's performance.Leak Detection and Management: WaterGEMS can assist in identifying and managing leaks within the distribution system by simulating pressure and flow data and comparing it to actual measurements.Water Quality Analysis: The software offers tools to model water quality aspects within the distribution network, including chlorine decay, contamination propagation, and disinfection processes.Scenario Analysis: Users can evaluate different scenarios and strategies for network improvement, expansion, or maintenance to make informed decisions about system upgrades or changes.Pressure Zone Management: WaterGEMS supports the creation and analysis of pressure zones within the distribution network, helping to optimize pressure levels and reduce energy consumption.Pump Scheduling and Control: The software can optimize pump operation schedules and controls to minimize energy consumption and maintain desired pressure levels.Integration with GIS: WaterGEMS can integrate with Geographic Information Systems (GIS) data, allowing users to import and utilize real-world geographical information for more accurate modeling.Graphical User Interface: The software provides an intuitive graphical interface that allows users to easily create, modify, and visualize their water distribution network models.Reporting and Visualization: WaterGEMS offers tools for generating detailed reports, charts, and graphs to communicate analysis results and findings effectively.Data Exchange: The software supports data exchange with other modeling and analysis tools, facilitating collaboration and integration into larger workflows.Optimization: Users can use WaterGEMS to optimize various aspects of the water distribution network, such as pipe sizing, pump placement, and valve settings to improve overall system efficiency and performance.Model Calibration: The software supports calibration of the model with real-world data to improve the accuracy of simulation results and better reflect the behavior of the actual distribution network.Scenario Comparison: WaterGEMS allows users to compare the results of different scenarios side by side, aiding in the evaluation of different strategies and alternatives.Overall, WaterGEMS is a powerful tool that helps water engineers and professionals manage, analyze, and optimize water distribution systems to ensure efficient and reliable delivery of clean water to communities.

OpenFlows WaterGEMS Virt

INR 430201 INR 452201
You Save 4.87%

Analyze, design, and optimize your water distribution systemsA hydraulic modeling application, WaterGEMS provides an easy-to-use environment for you to confidently analyze, design, and optimize your water distribution systems. With advanced interoperability, geospatial model building, optimization, and asset management capabilities, WaterGEMS supports your engineering workflows from fire flow and water quality analysis, to energy consumption and capital cost management.What can WaterGEMS help me do?#Grow with confidenceWhenever system growth is anticipated, effectively identify potential problem areas, accommodate service area growth, and plan capital improvements.#Minimize disruptionsOperation of complex water systems can be difficult. Avoid disruptions by realistically modeling system inefficiencies, optimize pumping strategies, and planning for shutdowns and routine operations.Prioritize renewal decisions Renewing or replacing your systems can be overwhelming with the amount of information to consider. Make this task easier when you analyze and compare a wide range of variables for system sustainability.#Work in multiple platforms seamlesslyEliminate the frustration and enjoy the power and versatility of working across CAD, GIS, and stand-alone platforms while accessing a single, shared, project data source. With superior interoperability, choose from Windows stand-alone, ArcGIS for GIS integration, MicroStation, and AutoCAD.#Synchronize model buildingJumpstart your modeling process with geospatial data, CAD drawings, databases, and spreadsheets. Easily connect with virtually any digital data format to allocate water demands and node elevations with geospatial data found in shapefiles, geodatabases, various types of DEMs, and even CAD drawings.#Avoid manual-input mistakesDrawing and connectivity review tools guarantee a hydraulically coherent model. Automatically remove network complexity while maintaining hydraulic equivalence, to tackle a wide range of modeling applications more efficiently.Optimize model calibration, design, and operationsUse state-of-the-art genetic algorithm optimization engines to make reliable decisions based on accurate hydraulic simulations of the real world. Evaluate millions of possible solutions to quickly find a calibration hypothesis that best matches measured flows, pressures, and on/off status.Forecast operating conditions and potential issuesEasily publish WaterGEMS model results to existing SCADA control room screens to support forecasting. Create a real-time simulator that accurately represents current system conditions.#Readily identify cost savingsAnalyze data automatically to quickly identify the most energy-efficient pump scheduling strategy, or how to minimize energy use to reduce costs.

OpenFlows WaterGEMS Virt

INR 330805 INR 347805
You Save 4.89%

Home> Products> Bentley OpenFlows SewerGEMS Virtuosity- 10000 Pipes Annual Subscription LicenseBentley OpenFlows SewerGEMS Virtuosity- 10000 Pipes Annual Subscription LicenseHome> Products> Bentley OpenFlows SewerGEMS Virtuosity- 10000 Pipes Annual Subscription License18000 18000DescriptionWastewatDescriptionDescriptionBentley Software by BentleyBentley OpenFlows SewerGEMS Virtuosity- 10000 Pipes Annual Subscription LicenseINR 632269 INR 650269You Save: INR 18000 (2.77%)CHECK ONSEND ENQUIRYShare this on : DescriptionDescriptionWastewater and stormwater management softwareAdvanced tools for sanitary and combined sewer modelsSewerGEMS is an easy-to-use advanced engineering software for you to analyze, design, and operate sanitary and combined sewer systems. You can decrease decision risks by ensuring that the model uses the best available data, built-in hydraulic and hydrology capabilities, and a variety of wet-weather calibration methods. Easily create what-if scenarios to gain a better understanding of wastewater systems to make smarter decisions, and you can improve your response times. SCADA integration provides you with reliable model results, improves capacity and limits sewer overflows. This enables you to comply with sewer regulations set by regulatory agencies. Better understand surface flood depth and velocity, flood hazard, and inundation times with the new user-friendly 1D/2D hydraulic analysis capability.#Interoperability, Interface, and Graphical EditingRuns from within four compatible platforms:Stand-alone WindowsArcGIS (ArcMap license required)MicroStation (MicroStation license required)AutoCAD (AutoCAD license required)Unlimited undo and redoElement morphing, splitting, and reconnectionMerge nodes in close proximity toolAutomatic element labelingScaled, schematic, and hybrid environmentsElement prototypesAerial view and dynamic zoomingNamed views libraryMultiple background-layer supportSeamless compatibility with WaterCAD and HAMMER#Hydraulics, Operations, and Water QualitySteady-state and extended-period simulationsConstituent-concentration analysisMulti-species water quality analysisTank-mixing analysisWater-age analysisWater quality batch runCriticality analysisFire-flow analysisRule-based or logical controlsVariable-speed pumping, with option to use APEX (Automatic Parameter Estimation eXtension)NPSH analysisSystem head curvesLeakage and sprinkler modelingWater loss analysisPressure-dependent demandsConventional and unidirectional flushing simulationsSource tracingValve modelingAir release valve elementTop fill tank elementCombination pump curvesCarbon emission calculationOptimization of pipe renewal with Pipe Renewal PlannerOverride of pump and valve controls using historical SCADA dataEmergency response simulations for pipe breaks, power outages, fires, and pipe shutdownsReal time modelingPressure Zone managementSupport Districted Metered Areas (DMA) design#Model Building and Data ConnectionDGN, DXF, spreadsheet, database, and ODBC connectionsShapefile, geodatabase*, Geometric Network*, and SDE* connections (*when running from within ArcMap)Oracle Spatial supportGIS-ID property to maintain associations between records in the data source / GIS and elements in the modelSCADAConnect unlimited-signal pack for live data connections (to and from SCADA systems)Graphical SCADA elementCustomer Meter elementLateral link (no need to split pipes) Automatic demand allocation from geospatial dataGeospatial demand allocation from customer metersDemand allocation from lump-sum geospatial dataGeospatial-based water consumption projectionDaily, weekly, monthly, and superimposed patternsUnaccounted for water and leakage estimationComposite demands global editionArea, count, discharge, and population-based loadingPipe-length-based demand loadingElevation extraction from DEM, TIN, and shapefilesElevation extraction from CAD drawings and surfacesSeries, parallel, branch-trimming, multi-criteria automated skeletonization of pipesSkeletonization support for isolation valvesUser-data extension, including formula basedBing Maps supportModel sync In/Out, update a model or sync out to an external file#Model ManagementUnlimited scenarios and alternativesComprehensive scenario managementGlobal attribute tabular editionAutomated model skeletonizationPersonalizable engineering librariesSorting and persistent filtering on tabular reportsStatistical analysis from tabular reportsDynamic and static selection setsLocal and global engineering-units managementSub-model managementDrawing review tools for connectivity consistencyAutomatic topology reviewOrphaned nodes and dead-end pipes queriesChange tracking#Results PresentationThematic mapping with property-based color-coding, symbology, and annotationsDynamic, multi-parameter, and multi-scenario graphingScenario and element comparisonShapefile contouringAdvance profilingAdvanced tabular reporting with FlexTablesCreation of Google Earth (KML) filesPublishing of i-models in 2D or 3D, including to Bentley Map® MobileVideo recording of result animationCustomizable reports#Optimization (using Genetic Algorithm)Automated model calibration with Darwin CalibratorIdentify leaks locations with Darwin CalibratorOptimized design and rehabilitation with Darwin DesignerOptimized pump scheduling with Darwin Scheduler#Energy and Capital-cost ManagementEnergy cost analysisCapital cost analysisPump and turbine energy analysis

Bentley OpenFlows SewerG

INR 826773 INR 869773
You Save 4.94%

DescriptionWastewater and stormwater management softwareAdvanced tools for sanitary and combined sewer modelsSewerGEMS is an easy-to-use advanced engineering software for you to analyze, design, and operate sanitary and combined sewer systems. You can decrease decision risks by ensuring that the model uses the best available data, built-in hydraulic and hydrology capabilities, and a variety of wet-weather calibration methods. Easily create what-if scenarios to gain a better understanding of wastewater systems to make smarter decisions, and you can improve your response times. SCADA integration provides you with reliable model results, improves capacity and limits sewer overflows. This enables you to comply with sewer regulations set by regulatory agencies. Better understand surface flood depth and velocity, flood hazard, and inundation times with the new user-friendly 1D/2D hydraulic analysis capability.#Interoperability, Interface, and Graphical EditingRuns from within four compatible platforms:Stand-alone WindowsArcGIS (ArcMap license required)MicroStation (MicroStation license required)AutoCAD (AutoCAD license required)Unlimited undo and redoElement morphing, splitting, and reconnectionMerge nodes in close proximity toolAutomatic element labelingScaled, schematic, and hybrid environmentsElement prototypesAerial view and dynamic zoomingNamed views libraryMultiple background-layer supportSeamless compatibility with WaterCAD and HAMMER#Hydraulics, Operations, and Water QualitySteady-state and extended-period simulationsConstituent-concentration analysisMulti-species water quality analysisTank-mixing analysisWater-age analysisWater quality batch runCriticality analysisFire-flow analysisRule-based or logical controlsVariable-speed pumping, with option to use APEX (Automatic Parameter Estimation eXtension)NPSH analysisSystem head curvesLeakage and sprinkler modelingWater loss analysisPressure-dependent demandsConventional and unidirectional flushing simulationsSource tracingValve modelingAir release valve elementTop fill tank elementCombination pump curvesCarbon emission calculationOptimization of pipe renewal with Pipe Renewal PlannerOverride of pump and valve controls using historical SCADA dataEmergency response simulations for pipe breaks, power outages, fires, and pipe shutdownsReal time modelingPressure Zone managementSupport Districted Metered Areas (DMA) design#Model Building and Data ConnectionDGN, DXF, spreadsheet, database, and ODBC connectionsShapefile, geodatabase*, Geometric Network*, and SDE* connections (*when running from within ArcMap)Oracle Spatial supportGIS-ID property to maintain associations between records in the data source / GIS and elements in the modelSCADAConnect unlimited-signal pack for live data connections (to and from SCADA systems)Graphical SCADA elementCustomer Meter elementLateral link (no need to split pipes) Automatic demand allocation from geospatial dataGeospatial demand allocation from customer metersDemand allocation from lump-sum geospatial dataGeospatial-based water consumption projectionDaily, weekly, monthly, and superimposed patternsUnaccounted for water and leakage estimationComposite demands global editionArea, count, discharge, and population-based loadingPipe-length-based demand loadingElevation extraction from DEM, TIN, and shapefilesElevation extraction from CAD drawings and surfacesSeries, parallel, branch-trimming, multi-criteria automated skeletonization of pipesSkeletonization support for isolation valvesUser-data extension, including formula basedBing Maps supportModel sync In/Out, update a model or sync out to an external file#Model ManagementUnlimited scenarios and alternativesComprehensive scenario managementGlobal attribute tabular editionAutomated model skeletonizationPersonalizable engineering librariesSorting and persistent filtering on tabular reportsStatistical analysis from tabular reportsDynamic and static selection setsLocal and global engineering-units managementSub-model managementDrawing review tools for connectivity consistencyAutomatic topology reviewOrphaned nodes and dead-end pipes queriesChange tracking#Results PresentationThematic mapping with property-based color-coding, symbology, and annotationsDynamic, multi-parameter, and multi-scenario graphingScenario and element comparisonShapefile contouringAdvance profilingAdvanced tabular reporting with FlexTablesCreation of Google Earth (KML) filesPublishing of i-models in 2D or 3D, including to Bentley Map® MobileVideo recording of result animationCustomizable reports#Optimization (using Genetic Algorithm)Automated model calibration with Darwin CalibratorIdentify leaks locations with Darwin CalibratorOptimized design and rehabilitation with Darwin DesignerOptimized pump scheduling with Darwin Scheduler#Energy and Capital-cost ManagementEnergy cost analysisCapital cost analysisPump and turbine energy analysis

Bentley OpenFlows SewerG

INR 661788 INR 695788
You Save 4.89%

DescriptionDescriptionWastewater and stormwater management softwareAdvanced tools for sanitary and combined sewer modelsSewerGEMS is an easy-to-use advanced engineering software for you to analyze, design, and operate sanitary and combined sewer systems. You can decrease decision risks by ensuring that the model uses the best available data, built-in hydraulic and hydrology capabilities, and a variety of wet-weather calibration methods. Easily create what-if scenarios to gain a better understanding of wastewater systems to make smarter decisions, and you can improve your response times. SCADA integration provides you with reliable model results, improves capacity and limits sewer overflows. This enables you to comply with sewer regulations set by regulatory agencies. Better understand surface flood depth and velocity, flood hazard, and inundation times with the new user-friendly 1D/2D hydraulic analysis capability.#Interoperability, Interface, and Graphical EditingRuns from within four compatible platforms:Stand-alone WindowsArcGIS (ArcMap license required)MicroStation (MicroStation license required)AutoCAD (AutoCAD license required)Unlimited undo and redoElement morphing, splitting, and reconnectionMerge nodes in close proximity toolAutomatic element labelingScaled, schematic, and hybrid environmentsElement prototypesAerial view and dynamic zoomingNamed views libraryMultiple background-layer supportSeamless compatibility with WaterCAD and HAMMER#Hydraulics, Operations, and Water QualitySteady-state and extended-period simulationsConstituent-concentration analysisMulti-species water quality analysisTank-mixing analysisWater-age analysisWater quality batch runCriticality analysisFire-flow analysisRule-based or logical controlsVariable-speed pumping, with option to use APEX (Automatic Parameter Estimation eXtension)NPSH analysisSystem head curvesLeakage and sprinkler modelingWater loss analysisPressure-dependent demandsConventional and unidirectional flushing simulationsSource tracingValve modelingAir release valve elementTop fill tank elementCombination pump curvesCarbon emission calculationOptimization of pipe renewal with Pipe Renewal PlannerOverride of pump and valve controls using historical SCADA dataEmergency response simulations for pipe breaks, power outages, fires, and pipe shutdownsReal time modelingPressure Zone managementSupport Districted Metered Areas (DMA) design#Model Building and Data ConnectionDGN, DXF, spreadsheet, database, and ODBC connectionsShapefile, geodatabase*, Geometric Network*, and SDE* connections (*when running from within ArcMap)Oracle Spatial supportGIS-ID property to maintain associations between records in the data source / GIS and elements in the modelSCADAConnect unlimited-signal pack for live data connections (to and from SCADA systems)Graphical SCADA elementCustomer Meter elementLateral link (no need to split pipes) Automatic demand allocation from geospatial dataGeospatial demand allocation from customer metersDemand allocation from lump-sum geospatial dataGeospatial-based water consumption projectionDaily, weekly, monthly, and superimposed patternsUnaccounted for water and leakage estimationComposite demands global editionArea, count, discharge, and population-based loadingPipe-length-based demand loadingElevation extraction from DEM, TIN, and shapefilesElevation extraction from CAD drawings and surfacesSeries, parallel, branch-trimming, multi-criteria automated skeletonization of pipesSkeletonization support for isolation valvesUser-data extension, including formula basedBing Maps supportModel sync In/Out, update a model or sync out to an external file#Model ManagementUnlimited scenarios and alternativesComprehensive scenario managementGlobal attribute tabular editionAutomated model skeletonizationPersonalizable engineering librariesSorting and persistent filtering on tabular reportsStatistical analysis from tabular reportsDynamic and static selection setsLocal and global engineering-units managementSub-model managementDrawing review tools for connectivity consistencyAutomatic topology reviewOrphaned nodes and dead-end pipes queriesChange tracking#Results PresentationThematic mapping with property-based color-coding, symbology, and annotationsDynamic, multi-parameter, and multi-scenario graphingScenario and element comparisonShapefile contouringAdvance profilingAdvanced tabular reporting with FlexTablesCreation of Google Earth (KML) filesPublishing of i-models in 2D or 3D, including to Bentley Map® MobileVideo recording of result animationCustomizable reports#Optimization (using Genetic Algorithm)Automated model calibration with Darwin CalibratorIdentify leaks locations with Darwin CalibratorOptimized design and rehabilitation with Darwin DesignerOptimized pump scheduling with Darwin Scheduler#Energy and Capital-cost ManagementEnergy cost analysisCapital cost analysisPump and turbine energy analysis

Bentley OpenFlows SewerG

INR 495795 INR 521795
You Save 4.98%

DescriptionWastewater and stormwater management softwareAdvanced tools for sanitary and combined sewer modelsSewerGEMS is an easy-to-use advanced engineering software for you to analyze, design, and operate sanitary and combined sewer systems. You can decrease decision risks by ensuring that the model uses the best available data, built-in hydraulic and hydrology capabilities, and a variety of wet-weather calibration methods. Easily create what-if scenarios to gain a better understanding of wastewater systems to make smarter decisions, and you can improve your response times. SCADA integration provides you with reliable model results, improves capacity and limits sewer overflows. This enables you to comply with sewer regulations set by regulatory agencies. Better understand surface flood depth and velocity, flood hazard, and inundation times with the new user-friendly 1D/2D hydraulic analysis capability.#Interoperability, Interface, and Graphical EditingRuns from within four compatible platforms:Stand-alone WindowsArcGIS (ArcMap license required)MicroStation (MicroStation license required)AutoCAD (AutoCAD license required)Unlimited undo and redoElement morphing, splitting, and reconnectionMerge nodes in close proximity toolAutomatic element labelingScaled, schematic, and hybrid environmentsElement prototypesAerial view and dynamic zoomingNamed views libraryMultiple background-layer supportSeamless compatibility with WaterCAD and HAMMER#Hydraulics, Operations, and Water QualitySteady-state and extended-period simulationsConstituent-concentration analysisMulti-species water quality analysisTank-mixing analysisWater-age analysisWater quality batch runCriticality analysisFire-flow analysisRule-based or logical controlsVariable-speed pumping, with option to use APEX (Automatic Parameter Estimation eXtension)NPSH analysisSystem head curvesLeakage and sprinkler modelingWater loss analysisPressure-dependent demandsConventional and unidirectional flushing simulationsSource tracingValve modelingAir release valve elementTop fill tank elementCombination pump curvesCarbon emission calculationOptimization of pipe renewal with Pipe Renewal PlannerOverride of pump and valve controls using historical SCADA dataEmergency response simulations for pipe breaks, power outages, fires, and pipe shutdownsReal time modelingPressure Zone managementSupport Districted Metered Areas (DMA) design#Model Building and Data ConnectionDGN, DXF, spreadsheet, database, and ODBC connectionsShapefile, geodatabase*, Geometric Network*, and SDE* connections (*when running from within ArcMap)Oracle Spatial supportGIS-ID property to maintain associations between records in the data source / GIS and elements in the modelSCADAConnect unlimited-signal pack for live data connections (to and from SCADA systems)Graphical SCADA elementCustomer Meter elementLateral link (no need to split pipes) Automatic demand allocation from geospatial dataGeospatial demand allocation from customer metersDemand allocation from lump-sum geospatial dataGeospatial-based water consumption projectionDaily, weekly, monthly, and superimposed patternsUnaccounted for water and leakage estimationComposite demands global editionArea, count, discharge, and population-based loadingPipe-length-based demand loadingElevation extraction from DEM, TIN, and shapefilesElevation extraction from CAD drawings and surfacesSeries, parallel, branch-trimming, multi-criteria automated skeletonization of pipesSkeletonization support for isolation valvesUser-data extension, including formula basedBing Maps supportModel sync In/Out, update a model or sync out to an external file#Model ManagementUnlimited scenarios and alternativesComprehensive scenario managementGlobal attribute tabular editionAutomated model skeletonizationPersonalizable engineering librariesSorting and persistent filtering on tabular reportsStatistical analysis from tabular reportsDynamic and static selection setsLocal and global engineering-units managementSub-model managementDrawing review tools for connectivity consistencyAutomatic topology reviewOrphaned nodes and dead-end pipes queriesChange tracking#Results PresentationThematic mapping with property-based color-coding, symbology, and annotationsDynamic, multi-parameter, and multi-scenario graphingScenario and element comparisonShapefile contouringAdvance profilingAdvanced tabular reporting with FlexTablesCreation of Google Earth (KML) filesPublishing of i-models in 2D or 3D, including to Bentley Map® MobileVideo recording of result animationCustomizable reports#Optimization (using Genetic Algorithm)Automated model calibration with Darwin CalibratorIdentify leaks locations with Darwin CalibratorOptimized design and rehabilitation with Darwin DesignerOptimized pump scheduling with Darwin Scheduler#Energy and Capital-cost ManagementEnergy cost analysisCapital cost analysisPump and turbine energy analysis

Bentley OpenFlows Sewer

INR 430201 INR 452201
You Save 4.87%

DescriptionWastewater and stormwater management softwareAdvanced tools for sanitary and combined sewer modelsSewerGEMS is an easy-to-use advanced engineering software for you to analyze, design, and operate sanitary and combined sewer systems. You can decrease decision risks by ensuring that the model uses the best available data, built-in hydraulic and hydrology capabilities, and a variety of wet-weather calibration methods. Easily create what-if scenarios to gain a better understanding of wastewater systems to make smarter decisions, and you can improve your response times. SCADA integration provides you with reliable model results, improves capacity and limits sewer overflows. This enables you to comply with sewer regulations set by regulatory agencies. Better understand surface flood depth and velocity, flood hazard, and inundation times with the new user-friendly 1D/2D hydraulic analysis capability.#Interoperability, Interface, and Graphical EditingRuns from within four compatible platforms:Stand-alone WindowsArcGIS (ArcMap license required)MicroStation (MicroStation license required)AutoCAD (AutoCAD license required)Unlimited undo and redoElement morphing, splitting, and reconnectionMerge nodes in close proximity toolAutomatic element labelingScaled, schematic, and hybrid environmentsElement prototypesAerial view and dynamic zoomingNamed views libraryMultiple background-layer supportSeamless compatibility with WaterCAD and HAMMER#Hydraulics, Operations, and Water QualitySteady-state and extended-period simulationsConstituent-concentration analysisMulti-species water quality analysisTank-mixing analysisWater-age analysisWater quality batch runCriticality analysisFire-flow analysisRule-based or logical controlsVariable-speed pumping, with option to use APEX (Automatic Parameter Estimation eXtension)NPSH analysisSystem head curvesLeakage and sprinkler modelingWater loss analysisPressure-dependent demandsConventional and unidirectional flushing simulationsSource tracingValve modelingAir release valve elementTop fill tank elementCombination pump curvesCarbon emission calculationOptimization of pipe renewal with Pipe Renewal PlannerOverride of pump and valve controls using historical SCADA dataEmergency response simulations for pipe breaks, power outages, fires, and pipe shutdownsReal time modelingPressure Zone managementSupport Districted Metered Areas (DMA) design#Model Building and Data ConnectionDGN, DXF, spreadsheet, database, and ODBC connectionsShapefile, geodatabase*, Geometric Network*, and SDE* connections (*when running from within ArcMap)Oracle Spatial supportGIS-ID property to maintain associations between records in the data source / GIS and elements in the modelSCADAConnect unlimited-signal pack for live data connections (to and from SCADA systems)Graphical SCADA elementCustomer Meter elementLateral link (no need to split pipes) Automatic demand allocation from geospatial dataGeospatial demand allocation from customer metersDemand allocation from lump-sum geospatial dataGeospatial-based water consumption projectionDaily, weekly, monthly, and superimposed patternsUnaccounted for water and leakage estimationComposite demands global editionArea, count, discharge, and population-based loadingPipe-length-based demand loadingElevation extraction from DEM, TIN, and shapefilesElevation extraction from CAD drawings and surfacesSeries, parallel, branch-trimming, multi-criteria automated skeletonization of pipesSkeletonization support for isolation valvesUser-data extension, including formula basedBing Maps supportModel sync In/Out, update a model or sync out to an external file#Model ManagementUnlimited scenarios and alternativesComprehensive scenario managementGlobal attribute tabular editionAutomated model skeletonizationPersonalizable engineering librariesSorting and persistent filtering on tabular reportsStatistical analysis from tabular reportsDynamic and static selection setsLocal and global engineering-units managementSub-model managementDrawing review tools for connectivity consistencyAutomatic topology reviewOrphaned nodes and dead-end pipes queriesChange tracking#Results PresentationThematic mapping with property-based color-coding, symbology, and annotationsDynamic, multi-parameter, and multi-scenario graphingScenario and element comparisonShapefile contouringAdvance profilingAdvanced tabular reporting with FlexTablesCreation of Google Earth (KML) filesPublishing of i-models in 2D or 3D, including to Bentley Map® MobileVideo recording of result animationCustomizable reports#Optimization (using Genetic Algorithm)Automated model calibration with Darwin CalibratorIdentify leaks locations with Darwin CalibratorOptimized design and rehabilitation with Darwin DesignerOptimized pump scheduling with Darwin Scheduler#Energy and Capital-cost ManagementEnergy cost analysisCapital cost analysisPump and turbine energy analysis

OpenFlows SewerGEMS Virt

INR 330805 INR 347805
You Save 4.89%

DescriptionPLAXIS 2D- (Complete Features ) Check For individual features from sitePLAXIS 2D includes all the essential functionalities to perform everyday deformation and safety analysis for soil and rock that do not require the consideration of creep, steady state groundwater or thermal flow, consolidation analysis, or any time-dependent effects.Features PLAXIS 2D, PLAXIS 2D Advanced & Ultimate #PROJECT AND MODEL PROPERTIESSelection of imperial and SI units for length, force, etc.Select between plane strain and axi-symmetric modelsSelect between 6-noded and 15-noded element typesConstants tab in Project properties#GEOMETRY CREATIONCreate Borehole ToolSelect, Move and Array ToolsCreate Soil Polygon, Soil Rectangle ToolsCreate Point & Line Load ToolsCreate Point & Line Prescribed Displacement ToolsCreate Embedded Beam Row, Plate, Geogrid, Fixed-End Anchor, Node-to-node Anchor, Interface ToolsCreate Line Contraction ToolCreate Well, Drain and Groundwater Flow Boundary Conditions ToolsCreate Thermal Flow Boundary Condition ToolCreate Added Mass ToolTunnel DesignerReinforcement (Rockbolts) Definition in Tunnel Designer#SOIL MATERIAL MODELSLinear elasticMohr-CoulombHardening SoilHardening Soil Small Strain StiffnessModified cam-clayJointed Rock modelNGI-ADPHoek-Brown, with Parameter guideSoft soilSoft Soil creepSekiguchi Ohta (Viscid)Sekiguchi Ohta (Inviscid)UDCAM-S and Cyclic Accumulation toolConcreteUser Defined Soil ModelsUBC3D-PLM (liquefaction)#SOIL MATERIAL DRAINAGE TYPESDrainedUndrained AUndrained BUndrained CNon-porous#STRUCTURAL ELEMENT MATERIAL TYPESElastic, elastoplastic & elastoplastic (M-Kappa) PlatesElastic, elastoplastic, elastoplastic (N-Epsilon) & viscoelastic GeogridsElastic, elastoplastic & elastoplastic (M-Kappa) Embedded beam rowsElastic, elastoplastic & elastoplastic with residual strength Fixed-end and Node-to-node Anchors#DYNAMIC, GROUNDWATER AND THERMAL FLOW MATERIAL PROPERTIESGroundwater properties, incl. soil classification systems (Hypres, USDA etc) and predefined data sets for (Approximate) Van Genuchten models for soil materialsThermal properties for soil and structural elements (excl. embedded beam row)Rayleigh damping for soil and structural elements#INITIAL CALCULATION TYPESK₀ procedureGravity loadingField stressGround water flow only#DEFORMATION CALCULATION TYPESPlasticSafetyConsolidationDynamicDynamic with consolidationFully coupled flow-deformation#PORE PRESSURE CALCULATION TYPESPhreatic levelUse pore pressures from previous phaseSteady state groundwater flowTransient groundwater flow#THERMAL CALCULATION TYPESIgnore temperatureEarth gradientSteady state thermal flowUse temperatures from previous phaseTransient thermal flow#MISCELLANEOUS FEATURES, TOOLS AND INTEROPABILITYSpatial variation of preconsolidationTunnel deconfinementCreate cluster field stressStaged construction & automatic regeneration of construction stagesMulticore and parallel calculationDesign ApproachesPseudostatic analysisGenerate Stratigraphy from imported CPT LogsSoilTest and parameter optimization toolSensitivity analysis and Parameter variationPLAXIS 2D Classic to PLAXIS 2D CONNECT Edition project converterPLAXIS 2D LE model importPLAXIS 2D to 3D ConverterCalculation ManagerCAD Import and ExportCommand line input (Input, Output & SoilTest)Command line autocomplete (Input, Output & SoilTest)Commands runner (Input, Output & SoilTest)Macro library and running macros (Input, Output & SoilTest)Remote scripting for Input, Output and SoilTestScripting reference1D Site response analysis toolProjectWise integration, loading from and saving to ProjectWise serverBentley Cloud Services: personal & project portal, project association#TIME DEPENDENT FUNCTIONSTime dependent groundwater flow components for water levels, groundwater flow boundary conditions and soil clustersDefinition of groundwater flow functions to specify time dependent changes in head or discharge, etc.Time dependent thermal components for thermal flow boundary conditions and soil clustersDefinition of thermal flow functions to specify time dependent changes in temperature or heat flux, etc.Dynamic components in x and y direction for point and line loads or prescribed displacementsDefinition of Dynamic multipliers to create vibration and earthquake signalsScaling tools, Fourier, response spectra & Arias intensity plots and drift correction for input earthquake signals#DYNAMIC BOUNDARY CONDITIONSViscousTied degrees of freedomCompliant base and free field boundariesAll nodes fixity#POSTPROCESSING & RESULTSVarious ways to display forces, displacements, stresses and strains in contour, vector, and iso-surface plotsTables of results with copy, sorting and filter optionsCurve manager to plot graphs of various results across a selection of calculation phasesLoad-Displacement curvesCross-section tools and cross-section curvesAutomatic and manual centerline extraction for structural forces plots of volume platesResulting forces viewPlot annotationsAnimationsReport generatorPrinting and saving plots & curvesPlots & Curves of accelerations, velocities, structural forces envelopes for Dynamic phasesCurve plots of Pseudo Spectral Acceleration, relative displacements and switching between time & frequency representationsPlots and curves of pore pressures for phreatic level calculationsPlots and curves of pore pressures, saturation, suction, and Darcy flux for steady state groundwater flow calculationsPlots and curves of pore pressures, saturation, suction, and Darcy flux for transient groundwater flow or fully coupled flow deformation calculationsPlots and curves of temperature, ice saturation and heat flux for steady state thermal flow calculationsPlots and curves of temperature, ice saturation and heat flux for transient thermal flow or full thermo-hydro-mechanical coupled calculationsExport of results to Paraview

PLAXIS 2D Ultimate Virtu

INR 481686 INR 506686
You Save 4.93%

DescriptionPLAXIS 2D- (Complete Features ) Check For individual features from sitePLAXIS 2D includes all the essential functionalities to perform everyday deformation and safety analysis for soil and rock that do not require the consideration of creep, steady state groundwater or thermal flow, consolidation analysis, or any time-dependent effects.Features PLAXIS 2D, PLAXIS 2D Advanced & Ultimate #PROJECT AND MODEL PROPERTIESSelection of imperial and SI units for length, force, etc.Select between plane strain and axi-symmetric modelsSelect between 6-noded and 15-noded element typesConstants tab in Project properties#GEOMETRY CREATIONCreate Borehole ToolSelect, Move and Array ToolsCreate Soil Polygon, Soil Rectangle ToolsCreate Point & Line Load ToolsCreate Point & Line Prescribed Displacement ToolsCreate Embedded Beam Row, Plate, Geogrid, Fixed-End Anchor, Node-to-node Anchor, Interface ToolsCreate Line Contraction ToolCreate Well, Drain and Groundwater Flow Boundary Conditions ToolsCreate Thermal Flow Boundary Condition ToolCreate Added Mass ToolTunnel DesignerReinforcement (Rockbolts) Definition in Tunnel Designer#SOIL MATERIAL MODELSLinear elasticMohr-CoulombHardening SoilHardening Soil Small Strain StiffnessModified cam-clayJointed Rock modelNGI-ADPHoek-Brown, with Parameter guideSoft soilSoft Soil creepSekiguchi Ohta (Viscid)Sekiguchi Ohta (Inviscid)UDCAM-S and Cyclic Accumulation toolConcreteUser Defined Soil ModelsUBC3D-PLM (liquefaction)#SOIL MATERIAL DRAINAGE TYPESDrainedUndrained AUndrained BUndrained CNon-porous#STRUCTURAL ELEMENT MATERIAL TYPESElastic, elastoplastic & elastoplastic (M-Kappa) PlatesElastic, elastoplastic, elastoplastic (N-Epsilon) & viscoelastic GeogridsElastic, elastoplastic & elastoplastic (M-Kappa) Embedded beam rowsElastic, elastoplastic & elastoplastic with residual strength Fixed-end and Node-to-node Anchors#DYNAMIC, GROUNDWATER AND THERMAL FLOW MATERIAL PROPERTIESGroundwater properties, incl. soil classification systems (Hypres, USDA etc) and predefined data sets for (Approximate) Van Genuchten models for soil materialsThermal properties for soil and structural elements (excl. embedded beam row)Rayleigh damping for soil and structural elements#INITIAL CALCULATION TYPESK₀ procedureGravity loadingField stressGround water flow only#DEFORMATION CALCULATION TYPESPlasticSafetyConsolidationDynamicDynamic with consolidationFully coupled flow-deformation#PORE PRESSURE CALCULATION TYPESPhreatic levelUse pore pressures from previous phaseSteady state groundwater flowTransient groundwater flow#THERMAL CALCULATION TYPESIgnore temperatureEarth gradientSteady state thermal flowUse temperatures from previous phaseTransient thermal flow#MISCELLANEOUS FEATURES, TOOLS AND INTEROPABILITYSpatial variation of preconsolidationTunnel deconfinementCreate cluster field stressStaged construction & automatic regeneration of construction stagesMulticore and parallel calculationDesign ApproachesPseudostatic analysisGenerate Stratigraphy from imported CPT LogsSoilTest and parameter optimization toolSensitivity analysis and Parameter variationPLAXIS 2D Classic to PLAXIS 2D CONNECT Edition project converterPLAXIS 2D LE model importPLAXIS 2D to 3D ConverterCalculation ManagerCAD Import and ExportCommand line input (Input, Output & SoilTest)Command line autocomplete (Input, Output & SoilTest)Commands runner (Input, Output & SoilTest)Macro library and running macros (Input, Output & SoilTest)Remote scripting for Input, Output and SoilTestScripting reference1D Site response analysis toolProjectWise integration, loading from and saving to ProjectWise serverBentley Cloud Services: personal & project portal, project association#TIME DEPENDENT FUNCTIONSTime dependent groundwater flow components for water levels, groundwater flow boundary conditions and soil clustersDefinition of groundwater flow functions to specify time dependent changes in head or discharge, etc.Time dependent thermal components for thermal flow boundary conditions and soil clustersDefinition of thermal flow functions to specify time dependent changes in temperature or heat flux, etc.Dynamic components in x and y direction for point and line loads or prescribed displacementsDefinition of Dynamic multipliers to create vibration and earthquake signalsScaling tools, Fourier, response spectra & Arias intensity plots and drift correction for input earthquake signals#DYNAMIC BOUNDARY CONDITIONSViscousTied degrees of freedomCompliant base and free field boundariesAll nodes fixity#POSTPROCESSING & RESULTSVarious ways to display forces, displacements, stresses and strains in contour, vector, and iso-surface plotsTables of results with copy, sorting and filter optionsCurve manager to plot graphs of various results across a selection of calculation phasesLoad-Displacement curvesCross-section tools and cross-section curvesAutomatic and manual centerline extraction for structural forces plots of volume platesResulting forces viewPlot annotationsAnimationsReport generatorPrinting and saving plots & curvesPlots & Curves of accelerations, velocities, structural forces envelopes for Dynamic phasesCurve plots of Pseudo Spectral Acceleration, relative displacements and switching between time & frequency representationsPlots and curves of pore pressures for phreatic level calculationsPlots and curves of pore pressures, saturation, suction, and Darcy flux for steady state groundwater flow calculationsPlots and curves of pore pressures, saturation, suction, and Darcy flux for transient groundwater flow or fully coupled flow deformation calculationsPlots and curves of temperature, ice saturation and heat flux for steady state thermal flow calculationsPlots and curves of temperature, ice saturation and heat flux for transient thermal flow or full thermo-hydro-mechanical coupled calculationsExport of results to Paraview

Bentley PLAXIS 2D Advanc

INR 338570 INR 355570
You Save 4.78%

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Have any question or need any business consultation?

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