Modeling Ice Formation in EEMS: Part 2 – Introduction to the Heat-Coupled Ice Model and Demonstration Case
Our previous blog introduced the heat-coupled ice model implemented in EEMS. We also…
Modeling Ice Formation in EEMS: Part 1 – Introduction to the Heat-Coupled Ice Model and Demonstration Case
Accurately simulating seasonal ice cover is crucial for understanding the hydrodynamics…
Hydraulic Structures & Flood Control: A Case Study of the Red River, Vietnam (Part 2)
In our previous blog, we introduced the study area and outlined the scenarios used to assess…
Hydraulic Structures & Flood Control: A Case Study of the Red River, Vietnam (Part 1)
Hanoi, Vietnam’s second-largest city, lies in the Red River Delta, a region prone to heavy…
Comparison of Different Turbulence Models on Sediment Transport in the Open Channel Test Case
Sediment transport in open channel flows is influenced by turbulence, which governs…
Movement of Lagrangian Particles across Hydraulic Structures
The Lagrangian Particle Tracking (LPT) module in EFDC+ was developed by DSI…
Equation-based Options in Hydraulic Structures
In our previous blog, we provided an overview of simulating hydraulic structures in EEMS…
Flow Lookup Tables in EEMS
In a recent blog, we provided an overview of simulating hydraulic structures in EEMS…
Different Types of Open Boundaries and When to Use Them
Understanding and effectively utilizing open boundaries is crucial for accurate…
Simulating Hydraulic Structures in EEMS
Simulating hydraulic structures in hydrological and hydraulic calculations is…
Dye Volatilization Options in EEMS 12.1
When simulating chemical fate and transport, volatile chemicals at…
Assigning Initial Conditions Based on Data
Modelers often find it necessary to edit and adjust a wide range…
New Vertical Layering Options in EEMS 12.1
A new vertical layering option following the Sigma-Zed (SGZ) …
Temperature Options Updates in EEMS12.1
Several significant enhancements have been made to the temperature…
Configuring Vertical Profiles
A vertical profile refers to the representation of a parameter or …
Performance of COARE 3.6 for Surface Heat Exchange in EFDC+
Following the implementation of COARE 3.6 in the EFDC+ code…
Updating Models to New Coordinate Reference settings in EEMS12.0
Modelers often find it necessary to edit and adjust a wide range…
Calculating Flux in EEMS and Comparing against Measured Flow
EEMS has a feature that allows users to extract flux flow through…
Navigation Lock Feature in EEMS
A lock is a mechanism employed to facilitate the movement of…
Incorporation of COARE 3.6 into EFDC+
The Coupled Ocean-Atmosphere Response Experiment (COARE)…