Simulation Process
A comprehensive guide to our pedestrian wind comfort analysis workflow
End-to-End Analysis
Our pedestrian wind comfort simulation follows a systematic approach that combines advanced computational fluid dynamics with regulatory compliance requirements. From initial project assessment to final reporting, each step is designed to deliver actionable insights for urban development projects.
The process integrates seamlessly with architectural workflows and planning requirements, ensuring that wind comfort considerations are embedded throughout the design development phase rather than treated as an afterthought.
Simulation Workflow
Project Setup
Initial consultation to understand project requirements, site constraints, and regulatory obligations. We review architectural drawings, site context, and local wind climate data to establish simulation parameters.
Topographical assessment, surrounding building inventory, and microclimate evaluation
Local planning requirements, applicable comfort standards, and compliance frameworks
Model Creation
Development of detailed 3D computational domain encompassing the project site and surrounding context. The model includes accurate representation of building geometries, terrain features, and relevant urban infrastructure.
CAD model optimization, mesh generation, and boundary condition setup
Computational domain sizing, inlet profiles, and atmospheric boundary layer definition
CFD Simulation
Execution of computational fluid dynamics simulations across multiple wind scenarios representing local climate conditions. Advanced turbulence modeling ensures accurate prediction of wind flow patterns around buildings.
16-direction analysis covering seasonal variations and extreme weather conditions
RANS/LES turbulence models, convergence criteria, and quality assurance protocols
Analysis & Reporting
Post-processing of simulation results using established comfort criteria. Comprehensive reporting includes wind speed maps, comfort zone analysis, and design recommendations for optimization.
Lawson, Davenport, and NEN 8100 criteria application with activity-specific thresholds
Mitigation strategies, landscape recommendations, and architectural modifications
Available on windy.so
Experience our PWC simulation workflow through our cloud platform
Instant Setup
Upload your project geometry and begin analysis within minutes
Real-time Updates
Monitor simulation progress with live status updates and preliminary results
Interactive Results
Explore wind comfort maps and generate reports directly in your browser
Ready to get started?
Learn more about our detailed simulation methodology or begin your wind comfort analysis today