An amazing session on gait to close out #RMASB2024! Exciting insights into gait dynamics and performance factors presented at today's final podium session. Saving some of the best for last!
Couldn’t think of a better way to start the last day of #ASB2023 than with a run & chat with the amazing @adluft around @UTKnoxville. Grateful for amazing students who become great friends and colleagues! @GranataLab@BEAMvt@VTEngineering
Our paper is out from this study with @EricHonert and @running_geek where we showed that alpine ski boots that wrap the foot improve skier performance and pressure distribution. This study is the culmination of 5+ years of product design and testing https://t.co/yJl7eLwWes
Amazing sports biomechanics & #ACL project focused on limb stiffness. Congrats Dr. @MichaelTeaterVT on successfully defending your dissertation. Thanks to his amazing committee @snake_flyer Dan Schmitt from the @ALLabDuke, @Ferris_vball and Miguel Perez! @BEAMvt@VTEngineering
🚨 New Article Alert! 🚨
The effect of upper panel stiffness on biomechanical performance in athletic footwear #footwearscience@adluft
https://t.co/wCS54GqLWU
Over the past 5 years at BOA, we have focused on how different geometries of uppers (e.g. panel design) could improve fit & performance. Recently, we began investigating the role of materials in uppers. Excited for @adluft's paper from his MS thesis https://t.co/wrENgXPmOt
I loved this study because we were able to recruit a wide range of athletes (Age: 26-56), I was able to apply my knowledge from my time with @KarlZelik and @BennoNigg, and I am able to publish scientific findings from my time in the #footwear industry (5/5)
We saw that heel contact & peak eversion velocities were lower with the BOA - no matter the trail section. Both of these biomechanical metrics are features of better fitting shoes (DOI: 10.1080/02640410802482425) Athletes were more confident and comfortable in the BOA (3/n)
We had 30 athletes run on trail near Red Rocks, Co while they wore pressure insoles, IMUs, GPS watch & HR. We segmented the trail into 3 sections: uphill, technical, and downhill to evaluate the shoes on the same terrain. These shoes were the exact same besides the closure (2/n)
We instructed athletes to run at the same speed; however they also ran slightly faster in the BOA with no change in subjective exertion nor heart rate. (4/n)
‼️New Publication Alert‼️
I am thrilled to share our recent study on #trailrunning#biomechanics with @running_geek and @Dfeeney31. We saw that a BOA wrap upper had better qualitative & quantitative fit than laces while running on trail. https://t.co/mqqHWZfzkE
(1/n)
Congrats to PhD candidate @theresa_libera for passing her prelim proposal! Can’t wait to see what she discovers in her #biomechanics#research of lifting and loading in postpartum women! @rmqueen_VT @BEAMvt
Early this morning some of our #grad students drove south to Winston-Salem for the SBES Symposium hosted by @WakeBME. Whether it’s an oral presentation or a poster session, we’re looking forward to sharing our #biomechanics#research throughout the day.
@BEAMvt@VTEngineering