Utah Environmental Fluid Dynamics
LEMSv2 - Local Energy-Budget Measurement Stations
LEMS are solar powered, low-cost Energy-budget Measurement Stations, which have been designed and assembled at the University of Utah EFD lab.
Visit the LEMSv2 GitHub repository.
PREEVENTS
A fast-response wildland fire modeling framework for prediction and risk assessment.
Visit the PREEVENTS website.
QESWinds
QES-Winds is a fast response 3D diagnostic urban wind model written in C++ and uses NVIDIA's
CUDA framework to accelerate a mass-conserving wind-field solver.
Visit the QESWinds Github repository.
UtahLSM - University of Utah Land Surface Model
UtahLSM is a lightweight, fast-response land-surface model suitable for use in large-eddy simulation (LES) codes.
Visit the UtahLSM Github repository.
LEMSv2 - Local Energy-Budget Measurement Stations
LEMS are solar powered, low-cost Energy-budget Measurement Stations, which have been designed and assembled at the University of Utah EFD lab.
Visit the LEMSv2 GitHub repository.
PREEVENTS
A fast-response wildland fire modeling framework for prediction and risk assessment.
Visit the PREEVENTS website.
QESWinds
QES-Winds is a fast response 3D diagnostic urban wind model written in C++ and uses NVIDIA's CUDA framework to accelerate a mass-conserving wind-field solver.
Visit the QESWinds Github repository.
UtahLSM - University of Utah Land Surface Model
UtahLSM is a lightweight, fast-response land-surface model suitable for use in large-eddy simulation (LES) codes.
Visit the UtahLSM Github repository.