AANTC has developed an efficient computational fluid dynamics (CFD) platform for sports aerodynamics research, including windsurfing. The windsurfing project focuses on the equipment that will be used for the 2024 Olymp…
View researchThis research combines numerical simulation with controlled wind-tunnel measurements to investigate cycling aerodynamics. The computational work resolves flow structures around cyclist-bicycle configurations and examine…
View researchThe cycling aerodynamic test rig was designed and built in 2018. It incorporates the knowledge and experience of more than twenty years’ R&D effort in aerospace engineering and racing car engineering, led by Prof. Xin …
View researchThe CFD simulation platform and the wind tunnel test rig are seamlessly integrated for equipment development, following established procedures in aerospace engineering and racing car engineering. The automated CFD platf…
View researchAerodynamic and aeroacoustic characteristics of a cylinder with longitudinal grooves were studied in an anechoic wind tunnel, emphasizing on drag and noise attenuation. The parallel mounted load cells and a single micro…
View researchWings in pitching motion can reach very large incidences, often overshooting the static stall angle. In those cases, the unsteady motion can be beneficial to the aerodynamic performance of the wing.
View research
