Computational Fluid Dynamics (CFD)/wind tunnel testing

Section 3

Computational Fluid Dynamics (CFD)/wind tunnel testing

Best practice knowledge for the principles associated with the development, use and interpretation of sports-specific computational fluid dynamic models and/or the use and results interpretation of empirical drag testing in wind tunnels to optimise sporting performance.

• Base level – practitioner have solid understanding of basic theory associated with the appropriate application of CFD models or wind tunnel testing; relating to aero-hydrodynamics first principles.  Knowledge of required inputs/outputs of the CFD models and empirical wind tunnel testing and limitations of analysis approaches required.
• Intermediary level – practitioner is capable of conducting analysis using existing CFD models in either commercial or open-source CFD programs (eg. Fluent; OpenFOAM) and/or the capacity to conduct steady-state drag analysis in wind tunnels with a proficiency to interpret results and understand limitations to assist with optimisation of athlete performance relating to drag/propulsion considerations.
• Advanced level – practitioner has recognised high-level expertise in sports-specific CFD model development and/or conducting empirical wind tunnel testing to allow for high-level sports-specific knowledge generation and optimisation of the sporting performance as related to aero/hydrodynamic parameters.