The future of aero wheel development might be a bit rocky
Nerd Alert Podcast
English - July 22, 2022 13:00 - 55 minutes - ★★★★★ - 346 ratingsSports Technology equipment race bicycle bike cycle cycling cyclingtips cyclist pro professional Homepage Download Apple Podcasts Google Podcasts Overcast Castro Pocket Casts RSS feed
Computational fluid dynamics (CFD) and wind tunnels have long been the primary tools used by wheel engineers and aerodynamicists. However useful they are, though, they’re still based on laminar airflow — those picture-perfect parallel lines you see in illustrations — that doesn’t necessarily reflect real-world conditions.
So what happens if you introduce a degree of turbulence to the R&D process? Do things change? Can the wheels get better? And what might this mean for bikes and other gear in general? Buckle up for this one; we’re about to get real nerdy here.
Computational fluid dynamics (CFD) and wind tunnels have long been the primary tools used by wheel engineers and aerodynamicists. However useful they are, though, they’re still based on laminar airflow — those picture-perfect parallel lines you see in illustrations — that doesn’t necessarily reflect real-world conditions.
So what happens if you introduce a degree of turbulence to the R&D process? Do things change? Can the wheels get better? And what might this mean for bikes and other gear in general? Buckle up for this one; we’re about to get real nerdy here.