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ADH is a state-of-the-art ADaptive Hydraulics modeling system. ADH uses adaptive numerical meshes to improve model accuracy without sacrificing efficiency. It also allows for the rapid convergence of flows to steady state solutions and contains features such as wetting and drying, completely coupled sediment transport, and wind effects.
SRH
Category
Type
Method
Description
Riverine Modeling
2D
Finite volume
SRH-2D is a 2D hydraulic, sediment, and vegetation model for river systems.
TUFLOW
Category
Type
Method
Description
Riverine & Coastal Modeling
1D/2D
Finite difference
TUFLOW is a 1D and 2D numerical model used to simulate flow and tidal wave propagation. TUFLOW is designed to simulate flooding of rivers and creeks with complex flow patterns, overland and piped flows through urban areas as well as estuarine and coastal tide hydraulics and inundation from storm tides and tsunamis.
TUFLOW AD Module
Description
TUFLOW AD (Advection Dispersion) is a TUFLOW module for simulating depth-averaged, two and one-dimensional constituent fate and transport for both dissolved and particulate constituents.
TUFLOW GPU Module
Description
TUFLOW GPU is a TUFLOW module that uses the computational performance of GPUs to deliver a 10 to 100 times speed increase.
TUFLOW Multiple Domains Module
Description
TUFLOW Multiple Domains is a TUFLOW module that allows any number of 2D domains of different cell size and orientation to be built into a model. The 2D domains can be linked by 1D domains, or via the 2D/2D linking feature. Each domain can be of different cell size, orientation and extent.
TUFLOW FV
Category
Type
Method
Description
Riverine & Coastal Modeling
2D
Finite volume
TUFLOW FV is used to simulate hydrodynamic, sediment transport and water quality processes in oceans, coastal waters, estuaries, and rivers.
HydroAS
Category
Type
Method
Description
Riverine Modeling
2D
Finite volume
HydroAS performs 2D modeling of bodies of water including current simulation, simulant pollutant and sediment transport.
RiverFlow2D
Category
Type
Method
Description
Riverine Modeling
2D
Finite volume GPU based
RiverFlow2D is a high-performance hydrodynamic, pollutant transport and mobile bed model for rivers and estuaries used to compute high resolution flood hydraulics and environmental flows, including supercritical and subcritical flows over dry or wet river beds.
RMA2
Category
Type
Method
Description
Riverine Modeling
1D/2D
Finite element
RMA2 is a hydrodynamic model that supports subcritical flow analysis including wetting and drying and marsh porosity models.
RMA4
Category
Type
Method
Description
Riverine Modeling
1D/2D
Finite element
RMA4 is used for tracking constituent flow in 2D models and can be applied to represent the tranport of a contaminent or salinity intrusion from an RMA 2 solution file.
FESWMS
Category
Type
Method
Description
Riverine
2D
Finite Element
FESWMS supports both super and subcritical flow analysis including wetting and drying and is suited for modeling regions involving flow control structures found at the intersection of roadways and waterways.
PTM
Category
Type
Method
Description
Riverine & Coastal Modeling
n/a
n/a
The Partical Tracking Model (PTM) is a Lagrangian particle tracker designed to allow the user to simulate particle transport processes and is used in coastal projects including dredged material dispersion and fate, sediment pathway and fate, and consitituent tranport.
Generic Model Interface
Category
Type
Method
Description
Riverine & Coastal Modeling
n/a
n/a
SMS has a generic interface whereby any two-dimensional finite element or finite difference model can be run using SMS as a pre- and post-processor.
Dynamic Model Interface
Category
Type
Method
Description
Riverine & Coastal Modeling
n/a
n/a
The dynamic model interface is a more flexible and powerful alternative to the generic model interface that has been supported by SMS for several years. This methodology allows a model developer to define all the attributes of an interface for a specific model in an XML file. SMS will read this file when launched, and then interact with the model.
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