Wind tunnel testing uses scaled physical models to measure wind effects on buildings and surrounding areas under controlled conditions. The testing evaluates wind pressures, flows, and pedestrian-level conditions to understand how proposed designs interact with the local wind climate.
Wind tunnel testing is typically used where physical measurement is required to quantify wind effects or validate performance for complex or high-risk conditions.
Tall or complex buildings
Dense urban or exposed sites
Assessment of wind loads and pressures
Pedestrian wind comfort and safety evaluation
Verification of design performance or mitigation measures
Our wind tunnel studies are conducted using scaled physical models and established testing protocols to replicate site-specific wind conditions. Testing scope and instrumentation are selected based on project objectives and applicable requirements.
Our assessment may include:
Construction of scaled physical models
Simulation of multiple wind directions and conditions
Measurement of wind pressures and velocities
Evaluation of pedestrian-level wind conditions
Testing of design modifications or mitigation strategies, where required
Wind tunnel testing provides clear technical outputs to support design evaluation and decision-making.
Deliverables may include:
Wind pressure and velocity measurements
Pedestrian wind comfort and safety results
Identification of critical wind conditions
Mitigation recommendations, where applicable
Technical documentation suitable for project teams and municipal review