Improving EFDC+ Model Simulation Efficiency Part 2: Removing Bottlenecks in Your Simulations
In a previous blog post, we outlined some of the ways to improve…
In a previous blog post, we outlined some of the ways to improve…
In a previous blog we outlined how our automated integration…
Improving EFDC+ model simulation efficiency can reduce the model runtimes…
Environmental Fluid Dynamics Code Plus (EFDC+) is the DSI version of the EFDC that supersedes the version….
A curvilinear orthogonal grid, like that used in EFDC, can accurately…
Partial flow blocking was added as a feature of EEMS with version 10.1…
Better Assessment Science Integrating point and Nonpoint Sources (BASINS) is …
Since the early development of Environmental Fluid Dynamics Code (EFDC), many new features…
In 2020, DSI implemented MPI in EFDC+ to improve model run time. We created a detailed model of the…
In a recent blog, we highlighted some of the recent enhancements to the jet and plume features in EEMS…
Simulation of jets and plumes is an essential aspect of computational fluid dynamics. Jet and plume modeling…
This blog post describes significant changes in this module that include bug fixes and new features.
Modeling the waterbody requires the estimation of mass balance of all the constituents that enter and exit the modeling domain…
A commonly recognized phenomenon is that as the altitude increases, the atmospheric pressure decreases. Decreased atmospheric pressure leads to a decrease…
The modeling software you select for your project depends on project objectives, budget, schedule, and available programming resources. A general set of modeling…
Over the years, multiple versions of EFDC developed and supported by different organizations have come become available. This post reviews some of these versions and provides the key differences among them.
In recent decades, loss of life from natural disasters has dropped considerably as we have become better…
Developing a propeller wash model requires specifying the ship and propeller properties as model…
The Water Quality Analysis Simulation Program (WASP) is a dynamic, spatially-resolved, differential mass…
The selection of single-layer vs. multi-layers for simulating hydrodynamic and water quality depends upon…
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