Wind Loading of Buildings & Structures

Wind loads play a crucial role in how a building performs and stands up to the elements. We break down how wind forces affect your design, helping you create structures that are safe, reliable, and built to last.

Our Service

Wind loading plays a critical role in the design of tall and slender structures, as strong winds can generate significant forces and dynamic responses. Due to the complex interaction of turbulent wind flows and structural flexibility, wind loading is best measured through wind tunnel testing. We specialize in creating scaled model replicas of project sites and their surroundings, typically at a scale of 1:400, and testing them in a wind tunnel for the full 360° of wind directions. Our process combines this raw data with statistical wind climate models to provide accurate predictions of wind loads, building accelerations, and occupant comfort.

We offer tailored approaches depending on your project stage and requirements. From initial planning, where we identify wind-related challenges, to advanced wind-tunnel testing and computational analysis, our services include high-frequency force-balance (HFFB) and high-frequency pressure-integration (HFPI) techniques. These methods supply the precise loading and deformation data needed for designing safe and efficient structures. For more unique cases, we also offer expertise in aeroelastic modeling and supplemental damping solutions like Tuned Mass Dampers (TMD) or geometric modifications to address problematic vibrations.

With decades of global experience, our team understands the importance of balancing safety, performance, and cost. We deliver results in clear, actionable formats that support informed decision-making. Beyond data collection, we collaborate with your design team to explore practical and economical solutions, ensuring your structure meets its performance and serviceability goals.