Engineering, Quality & Performance
Revozport Aero & Racing products are driven by an uncompromising commitment to engineering precision and performance optimization. Every aerodynamic component undergoes rigorous CFD analysis and real-world validation to ensure maximum downforce, minimal drag, and superior stability at high speeds. From material selection to design refinement, our meticulous approach guarantees that every element serves a purpose—delivering race-proven performance with no compromises.
Revozport Race Wheels
CFD Analysis of Underbody Wall Shear Stress on the Corvette Aerodynamic Package
The wall shear stress distribution on the vehicle’s underside provides insight into boundary layer behavior and flow attachment. Regions of elevated wall shear indicate strong momentum exchange near the surface, corresponding to attached flow with effective energy recovery and pressure control.
Conversely, areas exhibiting low wall shear denote local flow separation or recirculation zones, where boundary layer detachment reduces surface loading efficiency. The spatial extent and intensity of these low-shear regions directly correlate with underbody performance losses and diffuser effectiveness.
