1D & 2D Modeling with ICPR4 Expert
ICPR4 "Expert" is our fully integrated version of ICPR4. It includes all of the 1D H&H surface flow modeling capabilities in addition to 2D Overland Flow and 2D Groundwater Flow. The combination of integrated surface water – groundwater flow and continuous simulation opens the door to many complex water resources applications and issues such as wetland hydro-period assessments, wetland restoration, impacts of sea level rise on groundwater tables, consumptive water use, stormwater reuse, water sustainability, irrigation demands, and construction dewatering.
The cost of $3,000 per year per simultaneous user includes technical support and updates.
ICPR4 "Expert" includes all of the ICPR4 "Pro" features, plus the following:
Additional Hydrograph Methods
"Mapped Basin" option that allows integration between traditional hydrology with 2D Overland Flow
Continuous Simulation:
- Evapotranspiration
- Soil Moisture Tracking
2D Surface Hydraulics
Computational Methods:
- Finite Volume
- Flexible Triangular Mesh
- Unlimited Number of Triangles and Vertices
- Time Variable Computational Time Steps
- Option for Spatially Variable Computation Time Steps
- Options for St. Venant, Energy and Diffusive Wave Solutions
Graphical Elements for Mesh Construction:
- Terrain Characterization
- Exclusions
- Extrusions
- Break Points
- Break Lines
- 1D Interface
- Pond Control Volumes (Level Pool)
- Channel Control Volumes (Sloping Water Surface)
- Weir Feature
- Node Feature
- Traditional Basin Interface Point
- Traditional Basin Interface Line
- Traditional Basin Region (Mapped Basins)
- Boundary Conditions
- Boundary Stage Point
- Boundary Stage Line
- External Hydrograph Point
- External Hydrograph Line
- Automatic Mesh Construction
- Automatic Mesh Parameterization
Rainfall:
- Applied Directly to Mesh
- Infiltration into Soil Column
- Spatially Variable
Animations:
- Elevation
- Flood Depth
- Velocity Vectors
- Flow Vectors
- Velocity X Depth Vectors
- Range Filters
- Create DEMs from Animations
- Color Palette Selection/Creation
2D Groundwater
Computational Methods:
- Finite Element
- Flexible Triangular Mesh
- Unlimited Number of Triangles/Vertices
- Fully Coupled with 1D and 2D Surface H&H
- Saturated Horizontal Flow in Surficial Aquifer
- Unsaturated Vertical Flow Thru Vadose Zone
- Vertical Recharge from Vadose Zone
- Leakage Through Confining Layer
- Spatiotemporal Boundary Below Confining Layer
- Surficial Aquifer - Surface Interactions (Seepage)
Graphic Elements for Mesh Construction:
- General
- Exclusions
- Break Points
- Break Lines
- Drain Points
- Drain Lines
- Drain Areas
- Irrigation Wells
- Injection Wells
- Boundary Conditions
- Boundary Stage Point
- Boundary Stage Line
- Boundary Stage Area
- External Hydrograph Point
- External Hydrograph Line
- External Hydrograph Area
Mesh Construction:
- Automated Mesh Construction
- Automated Mesh Parameterization
- Automated Intersection with Surface Mesh
Animations:
- Groundwater Elevation
- Maximum Groundwater Elevation
- Minimum Groundwater Elevation
- Change in Groundwater Elevation
- Depth Below Ground
- Known Head Locations (Time Variable)
- Range Filters
- Create DEMs for Animations
- Color Palette Selection and Creation