Ruapuna drag racer Craig Smith killed after parachute deployment caused crash at 250km/h, coroner finds

Smith’s 1967 Ford Cortina veered off the Ruapuna Raceway track at nearly 250km/h, leading to a fata…
#NewsBeep #News #Headlines #250kmh #after #at #braking #caused #Coroner #craig #crash #crosswinds #deployment #died #drag #finds #found #killed #likely #lowmounted #nearly #NewZealand #NZ #offtrack #parachute #racer #ruapuna #smith #strong #veered #veteran #when
https://www.newsbeep.com/13847/

Wind plays a major role in cycling, since aerodynamic drag is the greatest force hampering a cyclist. In road racing, both individual cyclists and teams use tactics that vary based on the wind speed and direction. Crosswinds — when the apparent wind comes from the side in the cyclist’s point of view — are some of the toughest conditions to deal with. In races, groups will often form echelons to minimize the group’s overall effort in a crosswind. Alternatively, racers looking to tire their competitors out will position themselves on the road so that the rider behind them gets little to no shelter from the wind; this is known as guttering an opponent.

In this study, researchers put a lone cyclist in a wind tunnel and measured the effects of crosswind from a pure headwind to a pure tailwind and every possible angle in between. From that variation, they were able to mathematically model the aerodynamic effects of crosswind on a cyclist from every angle. With rolling resistance (a cyclist’s second largest opposing force) included, they found relatively few conditions where a crosswind actually helped a cyclist. Most of the time — as any cyclist can tell you — hiding from the wind is beneficial. (Image credit: J. Dylag; research credit: C. Clanet et al.)

Related topics: The physics of the Tour de France, how the peloton protects riders aerodynamically, track cycling physics, and a look inside wind tunnel testing bikes and cyclists

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https://fyfluiddynamics.com/2024/08/paris-2024-cycling-in-crosswinds/

#crosswinds #cycling #drag #dragReduction #echelon #fluidDynamics #olympics #Paris2024 #physics #science #sports #windTunnelTesting

Cycling speeds in crosswinds

What is the maximum speed that can be achieved for a given wind intensity and direction? The answer is detailed in our article using a new expression for the aerodynamic power dissipation. This evaluation of the aerodynamic power in crosswinds is established via precise wind tunnel experiments performed with a time trial specialist completed with a theoretical approach which allows determination of the maximum speed in any crosswind.

Physical Review Fluids
"Breaking the Peloton Apart" @seppkuss @JumboVismaRoad along w/ @EvenepoelRemco @soudalquickstep & Vlasov @BORAhansgrohe drive the pace in the #crosswinds in stage 9 of @lavuelta This #cycling #art & more are available at https://www.greigleach.com/large-multi-view/Vuelta-a-Espana-23/3979995-15-298253/Painting/breaking-the-peloton-apart-v23-15.html #ciclismo #wielrennen #cyclisme
Ooohh some action #CrossWinds #Cycling #TDF2023 #tdf

Today's #kickbike #ride was the longest one I've done in the last few months - 39.9km. I had 10 kph #headwinds and #crosswinds all the way, and still averaged 15kph. Overall, I'm pretty pleased with the ride.

#kickbiking #footbike #footbikinglife #exercise #cycling #rideyourbike #outsideisfree #kickbikesportg4 #Snake #railtrail #murraytomountainsrailtrail #countryroads #backroads

https://www.instagram.com/p/CsS6cScvEmB/?igshid=MTc4MmM1YmI2Ng==

"Echelons in Australia" this is the group that got split off from the #peloton in the #Crosswinds in the #McLaren #valley More Stage 4 #TDU #cycling #art #watercolors at https://www.theartofcycling.blogspot.com #cyclisme #ciclismo #wielrennen @tourdownunder @mcewenrobbie @AnnaMeares