The social discussions revolve around the broader topic of cycling biomechanics, with posts sharing lectures and videos related to the field, such as mentions of 'Cycling Biomechanics' and links to educational content. The tone is mostly informational and inquisitive, reflecting curiosity but not deep critique, which results in an overall neutral perception of the publication's impact.
AgreementNeither agree nor disagree
The discussions show mixed reactions, with some individuals referencing lectures and resources on cycling biomechanics, but no clear consensus on the publication's conclusions.
InterestModerate interest
Many posts express curiosity about cycling biomechanics and pedagogy, indicating some interest but lacking deep engagement with the specific findings.
EngagementNeutral engagement
The exchanges mainly consist of sharing links and references to lectures, which suggests moderate engagement without detailed critique or analysis.
ImpactNeutral impact
While moderate interest is evident, the posts tend to be informational and resource-sharing rather than emphasizing significant practical or scientific impact.
Abstract in brief
The study analyzed how cyclists' pedaling techniques change during an all-out effort, focusing on joint movements and forces at different workload stages.
As the exercise intensity increased, the knee joint contributed more significantly to pedaling, with increases in joint moments and muscle force requirements across the hip, knee, and ankle.
Fatigue and workload together influenced changes in joint angles, range of motion, and force production, indicating that cycling technique adapts under exhaustion conditions.]
Does riding with proper pedaling technique improve your cycling performance? This video explores how technique affects efficiency, workload, and joint forces during intense effort and fatigue, based on recent scientific…
Lecture 24 of the Sports Biomechanics Series by Dr Wendy Holliday explores cycling biomechanics, focusing on muscle activity, joint kinematics, bike setup, and practical tips for understanding cyclist movement and…
@kocizum @ondatraXXman слово против слова
вот какой-то молодой хер, но со ссылками на исследования
но ты так и не ответил, чем ты подтягиваешь ногу вверх или может тебе только так кажется, а всю работу делает другая нога?
https://t.co/XfQsVcBFOk
@Maxdelincel @ShayneMarcVial @BASES_Biomech @basesuk @Digs_Tweets @WendzH gave a great lecture on cycling biomechanics here: https://t.co/YNaX7CGBNp
But I don't recall gear ratios being mentioned. Do you know of anything on this topic, Wendy?