RT @dan_nicolella: We're hiring! 🚀 Join SwRI as a Research Engineer in musculoskeletal biomechanics. Work on projects like our ENABLE marke….

Really cool stuff from Ty Templin who performed this work using Southwest Research Institute's ENABLE technology. #biomechanics #pitching #baseball #digitaltwin #ai #markerlessmotioncapture.

1) Capture kinematic data via markerless motion capture technology.2) Define foot/ground contact algorithm.3) Define optimization problem.4) Obtain personalized kinematic/kinetic alterations to achieve optimization target.

Another advancement in Human Digital Twins - personalized, biomechanical optimization!. Identify athlete-specific changes to achieve performance target. No markers, automatic analysis, easy! The not-so-far-away-future of sports is going to get really interesting.

RT @motionmonitor: #TheMotionMonitor are showing a live #markerless demo at #ASB2023, in Knoxville next week with our partners Southwest Re….

Can a full human body finite element model be replaced with a machine learning surrogate model? Can surrogate models predict entire strain fields? We think so! Check out our new publication to learn how to do it.

RT @NHLBruins: Patrice, there are not enough words to describe the impact you have left on our organization, your teammates, the people you….

RT @SwRI: This is the biggest speaker lineup yet for the International Human Performance Summit. July 18 is the registration deadline. http….

RT @SwRI: A team led by SwRI placed second in @SB3Corg’s Translational Technology Pitch Competition. Congrats to @lancelfrazer Nathan Louis….

A great article showcasing @SwRI's ENABLE markerless motion capture technology. The team was able to optimize, in silico, pitching mechanics to maintain pitch velocity yet reduce injury risk. Big implications for sports, military training, and healthcare!.

Thank you to the organizers and panelists of this event! Great feedback and a lot of impressive presentations.

Improving the accuracy will always be the primary focus, but we've also spent a great deal of time improving the automation of the analysis, as well as the seamless integration/usability of the system output to OpenSim. #digitaltwin #humanperformance #basketball.

We've spent a few months heavily focusing on improving the SwRI Markerless Biomechanics system (ENABLE), and we're excited to show some of the latest technology. Here's a demonstration of the system to analyze basketball shooting mechanics.

The sky hook is BACK!. Dr. Dimitrije Cabarkapa showing us the @kaj33 trademark sky hook! The SwRI Markerless Biomechanics System is available to license and can automate much of your biomechanical analyses. How can this technology help you?. #humanperformance #biomechanics

We're currently developing a probabilistic material model for the annulus fibrosus that will supplement the I-PREDICT Full Human Body Model. Manuscript to follow!.

Not only does this allow us to model highly nonlinear viscoelastic materials, but we can determine damage parameters from experimental tests of viscoelastic materials when it's difficult to distinguish between viscoelasticity and damage.

The RVE material model delineates the elastic contribution of the material from that of the viscoelastic contribution and can be defined with separate constitutive material models.

Fitting a nonlinear viscoelastic material model to annulus fibrosus specimens using @FEBioSoftware Reactive Viscoelastic Framework. FEBio's open-source FE code has democratized cutting-edge biomechanical modeling.

Set up our Markerless Biomechanics System at the University of Kansas for some basketball mechanics research. Looking forward to sharing some results!. #digitaltwin #AI #humanperformance #basketball

RT @BMEGS_SA: Thank you Dr. Frazer @lancelfrazer for the great BME seminar and the lunch with our graduate students. It was a pleasure lear….