Numerical wave modelling and morphological modelling of the stability of gravel beaches

Numerical wave modelling and morphological modelling of the stability of gravel beaches

Training and support to Manitoba Hydro to assist their transition to DHI technology in general and specifically within the Conawapa Hydro Power Plant EIA

Development and implementation of ice simulation modules for Ice Generation and Ice Jam into MIKE 11

The objective of the project was to study the performance of a proposed labyrinth weir in Mexico. A 2D/3D NS3 model was developed and applied in order to determine a QH relation of the flow structure and pressure distribution on the weir walls.

Calibration of environmental conditions (waves and current) for physical model tests with Keppel Fels MSSAU-1 Semi-submersible platform carried out by FORCE Technology at DHI's 3D Offshore Facility.

Estimation of spreading of oil spill from an offshore location north of Trinidad.

Real-time flood forecasting for flood warning in San Diego, CA.

A real-time flood forecasting and monitoring system using MIKE FLOODWATCH & MIKE SHE for the Big Cypress Basin. South Florida Water Management District.

This project focuses on dynamic simulation of a potential failure of the east bank on the Mississippi River Corridor near Greenville. Thousands of hydraulically constrictions requires a multi dimensional hydraulic model that uses 1D channels coupled to a 2D flood plain model

MIKE SHE support in developing an integrated surface water/groundwater model for an agricultural area in the southern part of Florida, USA.

Set-up of a hydrodynamic/water quality MIKE 11 model for the Delta Mendota Canal.

The projects comprise set-up of a MIKE 3 FM, finite volume model with 3D hydrodynamic module, fine sediment transport module and ecological module based on ECO-Lab of Tampa Bay. Hydrodynamic model. Set-up of a 3D hydrodynamic model, including salt and temperature transport.

*Hydrologic, Hydraulic Modeling *Flood Inundation Modeling and Mapping * GIS