RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position | Sports Engineering https://t.co/wQDjtYyKWG
RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position | Sports Engineering https://t.co/wQDjtYyKWG
RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position | Sports Engineering https://t.co/wQDjtYyKWG
RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position | Sports Engineering https://t.co/wQDjtYyKWG
RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position | Sports Engineering https://t.co/wQDjtYyKWG
CFD analysis of an exceptional cyclist sprint position | Sports Engineering https://t.co/wQDjtYyKWG
RT @ISEA_Journal: #CFD analysis of an exceptional #cyclist sprint position https://t.co/wQDjtYyKWG
RT @ISEA_Journal: #CFD analysis of an exceptional #cyclist sprint position https://t.co/wQDjtYyKWG
RT @ISEA_Journal: #CFD analysis of an exceptional #cyclist sprint position https://t.co/wQDjtYyKWG
#CFD analysis of an exceptional #cyclist sprint position https://t.co/wQDjtYyKWG
RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position | SpringerLink https://t.co/wQDjtYyKWG
CFD analysis of an exceptional cyclist sprint position | SpringerLink https://t.co/wQDjtYyKWG
RT @ISEA_Journal: #CFD analysis of an exceptional #cyclist sprint position @realBertBlocken https://t.co/wQDjtYyKWG
RT @ISEA_Journal: #CFD analysis of an exceptional #cyclist sprint position @realBertBlocken https://t.co/wQDjtYyKWG
RT @ISEA_Journal: #CFD analysis of an exceptional #cyclist sprint position @realBertBlocken https://t.co/wQDjtYyKWG
#CFD analysis of an exceptional #cyclist sprint position @realBertBlocken https://t.co/wQDjtYyKWG
This is a cyclist dicking around on a training ride riding a fixed gear bike down a hill and he doesnt want to pedal The fixie has lower mechanical resistance from a simpler drivetrain teams spend lots of time in wind tunnels testing each tour contender
RT @realBertBlocken: (9/n) Aerodynamic analysis of the exceptional low #sprint position by @markCavendish @CalebEwan. We find 24% less drag…
(9/n) Aerodynamic analysis of the exceptional low #sprint position by @markCavendish @CalebEwan. We find 24% less drag. Interesting that colleagues in other countries using other methods find almost the same: 25%. https://t.co/1auoMDL1YK @SpringerEng @LeTo
CFD analysis of an exceptional cyclist sprint position | SpringerLink https://t.co/Mx6rIAS7lL
RT @AIRFIT_CC: 例外的なサイクリストのスプリントポジションのCFD分析も興味深いです😆 https://t.co/7tk9lYf151
例外的なサイクリストのスプリントポジションのCFD分析も興味深いです😆 https://t.co/7tk9lYf151
RT @ISEA_Journal: CFD analysis of an exceptional #cyclist sprint position by @realBertBlocken https://t.co/wQDjtYyKWG
RT @ISEA_Journal: CFD analysis of an exceptional #cyclist sprint position by @realBertBlocken https://t.co/wQDjtYyKWG
CFD analysis of an exceptional #cyclist sprint position by @realBertBlocken https://t.co/wQDjtYyKWG
RT @ISEA_Journal: #CFD analysis of an exceptional #cyclist sprint position #OpenAccess @realBertBlocken @SpringerEng @Isportsengineer ht…
#CFD analysis of an exceptional #cyclist sprint position #OpenAccess @realBertBlocken @SpringerEng @Isportsengineer https://t.co/wQDjtYyKWG
RT @Isportsengineer: CFD analysis of an exceptional cyclist sprint position - @realBertBlocken 🚴🚴🚴 Read here 👉 https://t.co/gnvgYLdGdh #…
RT @Isportsengineer: CFD analysis of an exceptional cyclist sprint position - @realBertBlocken 🚴🚴🚴 Read here 👉 https://t.co/gnvgYLdGdh #…
CFD analysis of an exceptional cyclist sprint position - @realBertBlocken 🚴🚴🚴 Read here 👉 https://t.co/gnvgYLdGdh #SportsTech #sportsengineering #cycling https://t.co/tCM4flZG7m
RT @ISEA_Journal: 🚴♂️#CFD analysis of an exceptional #cyclist sprint position🚴♀️ by @realBertBlocken #openaccess @SpringerEng https://…
RT @ISEA_Journal: 🚴♂️#CFD analysis of an exceptional #cyclist sprint position🚴♀️ by @realBertBlocken #openaccess @SpringerEng https://…
🚴♂️#CFD analysis of an exceptional #cyclist sprint position🚴♀️ by @realBertBlocken #openaccess @SpringerEng https://t.co/wQDjtYyKWG
RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position by @realBertBlocken #OpenAccess #ISEA_Journal https://t.co/wQ…
RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position by @realBertBlocken #OpenAccess #ISEA_Journal https://t.co/wQ…
RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position by @realBertBlocken #OpenAccess #ISEA_Journal https://t.co/wQ…
CFD analysis of an exceptional cyclist sprint position by @realBertBlocken #OpenAccess #ISEA_Journal https://t.co/wQDjtYyKWG
RT @ISEA_Journal: The magic of CFD in cycling, check the effects of aerodynamics when sprinting. #sportsengineering #sportstech #sportstech…
RT @ISEA_Journal: The magic of CFD in cycling, check the effects of aerodynamics when sprinting. #sportsengineering #sportstech #sportstech…
RT @ISEA_Journal: The magic of CFD in cycling, check the effects of aerodynamics when sprinting. #sportsengineering #sportstech #sportstech…
RT @ISEA_Journal: The magic of CFD in cycling, check the effects of aerodynamics when sprinting. #sportsengineering #sportstech #sportstech…
The magic of CFD in cycling, check the effects of aerodynamics when sprinting. #sportsengineering #sportstech #sportstechnology #cycling #cyclinglife #TourdeFrance https://t.co/giG94plsST
RT @realBertBlocken: Thank you 🤗
RT @ISEA_Journal: This paper by @realBertBlocken has been downloaded over 10,000 times, with an @altmetric score of 115 😱 🚵♂️CFD analysis…
RT @realBertBlocken: Thank you 🤗
Thank you 🤗
This paper by @realBertBlocken has been downloaded over 10,000 times, with an @altmetric score of 115 😱 🚵♂️CFD analysis of an exceptional cyclist sprint position🚵♀️ https://t.co/giG94p3S1l
RT @Isportsengineer: CFD analysis of an exceptional cyclist sprint position - @realBertBlocken 🚴🚴🚴 Read: https://t.co/gnvgYLdGdh #SportsTe…
RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position @realBertBlocken #ISEA_Journal #sportstech https://t.co/wQDjtYy…
RT @Isportsengineer: CFD analysis of an exceptional cyclist sprint position - @realBertBlocken 🚴🚴🚴 Read: https://t.co/gnvgYLdGdh #SportsTe…
RT @Isportsengineer: CFD analysis of an exceptional cyclist sprint position - @realBertBlocken 🚴🚴🚴 Read: https://t.co/gnvgYLdGdh #SportsTe…
CFD analysis of an exceptional cyclist sprint position - @realBertBlocken 🚴🚴🚴 Read: https://t.co/gnvgYLdGdh #SportsTech #sportsengineering #cycling https://t.co/9zDML5PTdD
RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position @realBertBlocken #ISEA_Journal #sportstech https://t.co/wQDjtYy…
CFD analysis of an exceptional cyclist sprint position @realBertBlocken #ISEA_Journal #sportstech https://t.co/wQDjtYyKWG
RT @realBertBlocken: Ps: other top sprinter using low sprint position is @CalebEwan: sometimes gets extremely low. Position in our study wa…
RT @realBertBlocken: Ps: other top sprinter using low sprint position is @CalebEwan: sometimes gets extremely low. Position in our study wa…
RT @realBertBlocken: Ps: other top sprinter using low sprint position is @CalebEwan: sometimes gets extremely low. Position in our study wa…
RT @realBertBlocken: Ps: other top sprinter using low sprint position is @CalebEwan: sometimes gets extremely low. Position in our study wa…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Ps: other top sprinter using low sprint position is @CalebEwan: sometimes gets extremely low. Position in our study wa…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
Science rules.
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
staying lowwwwwww
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Ps: other top sprinter using low sprint position is @CalebEwan: sometimes gets extremely low. Position in our study wa…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Ps: other top sprinter using low sprint position is @CalebEwan: sometimes gets extremely low. Position in our study wa…
Ps: other top sprinter using low sprint position is @CalebEwan: sometimes gets extremely low. Position in our study was based on Caleb's position. Evidently does vary from race to race and even during sprint. #cycling #aerodynamics @letour #TDF2021 https:/
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
RT @realBertBlocken: Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air res…
Why is @MarkCavendish such amazing sprinter? Many reasons incl. "staying low". Indeed our study shows 24% less air resistance. Prob. also bit lower max. power but nett benefit. @TUeindhoven @KU_Leuven @ANSYS @LeTour #TdF2021 #cycling #cfd @ISEA_Journal h
RT @ISEA_Journal: CFD analysis of an exceptional cyclist sprint position 🚴♂️ https://t.co/wQDjtYyKWG
CFD analysis of an exceptional cyclist sprint position 🚴♂️ https://t.co/wQDjtYyKWG