DM-01 Ohio River Storm Impacts Example
Objective: Use EFDC_Explorer (EE) and EFDC+ to simulate hydrodynamics in the Ohio River…
Objective: Use EFDC_Explorer (EE) and EFDC+ to simulate hydrodynamics in the Ohio River…
Objective: Use EFDC_Explorer (EE) and EFDC+ to simulate the test case described in the textbook “Surface Water-Quality Modeling”….
Objective: Use EFDC_Explorer (EE) and EFDC+ to simulate the test case described in the journal paper “3D Numerical Simulation of Turbulent Shallow-water flow in square Harbor”…
Modelers often find it necessary to edit and adjust a wide range…
Speeding up the process of loading models into EE can help…
Submerged macrophytes are part of an essential relationship between…
Cyanobacteria, also known as blue-green algae, are a diverse group…
EFDC+ is a versatile hydrodynamic model capable of operating in…
Spatial reference systems play a crucial role in data processing and…
EFDC+ can serve as a 1-, 2-, or 3-dimensional (D) hydrodynamic model…
This blog discusses the results of a free convection test case…
The choice of turbulence closure scheme has important consequences…
Boundary conditions are one of the key aspects for hydrodynamic…
Objective: Use EFDC_Explorer (EE) and EFDC+ to simulate an example of a jet plume…
Wind is an essential factor in hydrodynamic model settings. EEMS has…
EFDC+ Explorer is a powerful tool for visualizing and analyzing data….
EFDC+ Explorer is a powerful and intuitive tool for evaluating…
Automated testing systems are crucial in software development…
EFDC+ Explorer is a powerful tool for visualizing and analyzing data…
In a previous blog post, we outlined some of the ways to improve…
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