Aero-Fluid Dynamics & Wind-Load Resistance Engineering Team
Investigating aerodynamic and fluid dynamic phenomena to design wind-resilient structures and high-performance platforms.
Research Mission
The Aero-Fluid Dynamics & Wind-Load Resistance Engineering Team investigates aerodynamic and fluid dynamic phenomena relevant to structural wind loading, vehicle aerodynamics, and fluid system design. The team applies computational fluid dynamics, wind tunnel testing, and analytical methods to characterize wind loads on structures, optimize aerodynamic performance of vehicles and platforms, and design fluid systems for DARAS engineering programs.
Key Research Functions
Wind Load Analysis
Characterizing wind loads on structures through CFD simulation and wind tunnel testing — providing the aerodynamic loading data needed for structural design of buildings, towers, and infrastructure in high-wind environments.
Aerodynamic Optimization
Optimizing the aerodynamic performance of UAV platforms, vehicles, and other DARAS systems — applying CFD and experimental methods to reduce drag, improve stability, and enhance performance across the operational flight envelope.
Cyclone Resilience
Assessing wind load demands on structures in tropical cyclone-prone regions — developing design guidance and retrofit strategies that enable buildings and infrastructure to withstand extreme wind events and protect community resilience.
Research Capabilities
Directorate of Advanced Research & Applied Sciences
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