Wind Simulation

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  - TurbomachineryIncrease machinery performance & reduce R&D timelines
  - ValvesTest, validate & optimize several valve design versions
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- Applications
  - Electronics Thermal ManagementOptimize your electronics cooling designs
  - Indoor EnvironmentSimulate & optimize indoor environment designs
  - Multiphase FlowSimulate multiphase flow with accuracy & speed
  - Nonlinear Structural AnalysisOptimize structural designs with changing stiffness
  - Turbomachinery CFDOptimize & improve efficiency of turbomachinery designs
  - Urban MicroclimateOptimize designs with wind & thermal comfort analysis
  - Valve CFDTest & optimize valve designs to increase performance
  - Vibration AnalysisMeasure vibrations & optimize structural designs
- Trends
  - BIMOptimize & inform your BIM workflow for maximum results
  - Cloud Solution for CAE SimulationDeploy simulation across your entire organization
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Public Projects
Case Studies
Pricing

Building Downwash: 5 Key Strategies to Counteract Urban Wind Discomfort

Wind Turbine Simulation and Design

Mitigate Channeling Effect: 5 Strategies for Enhancing Pedestrian Wind Comfort

Wind Simulation in NVIDIA Omniverse™

NEW Features: Multiphase, Joule Heating, Humidity Modeling, Boundary Condition Visualization, and More!

What Is Pedestrian Wind Comfort?

ASCE 7: How to Comply with this Building Code and the Role of CFD

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