Mitesh Lalwala (@miteshlalwala) 's Twitter Profile
Mitesh Lalwala

@miteshlalwala

GM R&D, Crash Safety Researcher

ID: 1254050938547036166

calendar_today25-04-2020 14:13:47

27 Tweet

28 Followers

45 Following

Ashley A. Weaver, PhD (@ashleyaweaver) 's Twitter Profile Photo

1st pub from NASA fellowship of Mitesh Lalwala is out in ABME using human body modeling to simulate Moon landings and launches and predict astronaut injury risk for upcoming Artemis missions! 🚀 rdcu.be/cRqC7 🌒 Wake Forest Biomedical Engineering @karandevane joel stitzel Francis Scott Gayzik

Ashley A. Weaver, PhD (@ashleyaweaver) 's Twitter Profile Photo

Recent graduate Mitesh Lalwala from our lab will be presenting at this workshop on "Computational Assessment of the Effects of Active Musculature on Astronaut Body Kinematics and Injury Risk for Piloted Lunar Landings in a Standing Posture" 🚀👨‍🚀

Ashley A. Weaver, PhD (@ashleyaweaver) 's Twitter Profile Photo

Congrats Mitesh Lalwala - 1st runner up presentation at the GHBMC User’s Conference on human body modeling of astronaut injury risk in lunar landings! 🚀

Congrats <a href="/MiteshLalwala/">Mitesh Lalwala</a> - 1st runner up presentation at the GHBMC User’s Conference on human body modeling of astronaut injury risk in lunar landings! 🚀
Ashley A. Weaver, PhD (@ashleyaweaver) 's Twitter Profile Photo

First publication for Wake Forest Biomedical Engineering REU intern Rafi Rubenstein! tandfonline.com/doi/full/10.10… Rafi's work comparing finite element morphing methods is helping us develop astronaut-specific spine models to assess changes in vertebral strength and injury risk from spaceflight🚀#NASA

First publication for <a href="/WakeBME/">Wake Forest Biomedical Engineering</a> REU intern Rafi Rubenstein! tandfonline.com/doi/full/10.10…  
Rafi's work comparing finite element morphing methods is helping us develop astronaut-specific spine models to assess changes in vertebral strength and injury risk from spaceflight🚀#NASA
Ashley A. Weaver, PhD (@ashleyaweaver) 's Twitter Profile Photo

Newest ABME paper of Mitesh Lalwala uses human body modeling to study how #spaceflight loading and muscle deconditioning affect astronaut injury risk 👉 rdcu.be/cUreO Congrats to the team! Karan Devane Francis Scott Gayzik Bharath Koya & Fang-Chi Hsu Wake Forest Biomedical Engineering NASA

Ashley A. Weaver, PhD (@ashleyaweaver) 's Twitter Profile Photo

Adding 💪 activation to the GHBMC pedestrian model, Mitesh Lalwala found a more realistic motion response when simulating standing and step-down tests relevant to #astronauts of lunar missions! #NASA 🌛rdcu.be/cVZeK 🚀 Karan Devane Francis Scott Gayzik joel stitzel Wake Forest Biomedical Engineering

Ashley A. Weaver, PhD (@ashleyaweaver) 's Twitter Profile Photo

NASA and Wake Forest Biomedical Engineering assessed effects of active muscles on astronaut injury risks & kinematics for future Artemis missions using an active muscle human body model in this ABME article: pubmed.ncbi.nlm.nih.gov/36652027/ Mitesh Lalwala Karan Devane Francis Scott Gayzik joel stitzel

JoĂŁo Manuel R.S. Tavares (@jmrstavares) 's Twitter Profile Photo

Modular incorporation of deformable spine and 3D neck musculature into a simplified human body finite element model tandfonline.com/doi/full/10.10… #CMBBE #journal #article #TaylorAndFrancis #Biomechanics #Biomedical #Imaging

Ashley A. Weaver, PhD (@ashleyaweaver) 's Twitter Profile Photo

👏New CMBBE article by Mitesh Lalwala on development and validation of a computationally efficient modular GHBMC simplified model with in-depth spinal injury prediction capabilities! tandfonline.com/eprint/RKPUYED… Karan Devane Francis Scott Gayzik Wake Forest Biomedical Engineering

ABME (@abmejournal) 's Twitter Profile Photo

Researchers Wake Forest Biomedical Engineering and #NASA added muscle activation to the GHBMC pedestrian model, and validated with standing and step-down tests to simulate loading #astronauts will encounter on missions to the Moon! Mitesh Lalwala Karan Devane Ashley A. Weaver, PhD Link: rdcu.be/c6OnX

Researchers <a href="/WakeBME/">Wake Forest Biomedical Engineering</a> and #NASA added muscle activation to the GHBMC pedestrian model, and validated with standing and step-down tests to simulate loading #astronauts will encounter on missions to the Moon! <a href="/MiteshLalwala/">Mitesh Lalwala</a> <a href="/KaranDevane/">Karan Devane</a> <a href="/AshleyAWeaver/">Ashley A. Weaver, PhD</a>

Link: rdcu.be/c6OnX
ABME (@abmejournal) 's Twitter Profile Photo

Read how Mitesh Lalwala and researchers with Wake Forest Biomedical Engineering and NASA simulated lunar landings with upright seated, reclined seated, vs standing postures to assess astronaut injury risk for the upcoming #Artemis missions to the Moon! Biomedical Engineering Society Link: rdcu.be/dckYU

Read how <a href="/MiteshLalwala/">Mitesh Lalwala</a> and researchers with <a href="/WakeBME/">Wake Forest Biomedical Engineering</a> and <a href="/NASA/">NASA</a> simulated lunar landings with upright seated, reclined seated, vs standing postures to assess astronaut injury risk for the upcoming #Artemis missions to the Moon! <a href="/BMESociety/">Biomedical Engineering Society</a> 

Link: rdcu.be/dckYU
Wake Forest Biomedical Engineering (@wakebme) 's Twitter Profile Photo

🎉Congrats to Luis Poveda on his #NewPub "Injury Risk Predictions in Lunar Terrain Vehicle (LTV) Extravehicular Activities (EVAs)"! 🚀 His article is featured on Springer Nature Annals of Biomedical Engineering - the official journal of Biomedical Engineering Society 🔗 rdcu.be/dKbHr