Stt Gayzik - CTO & Co-Founr at Elemance | The Org

scott gayzik

Stt Gayzik is currently the CTO and Co-Founr at Elemance.

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F. STT GAYZIK, PHD

Stt Gayzik, PhD, velops and validat human body putatnal mols by applyg putatnal and experimental jury bmechanics rearch * scott gayzik *

Stt Gayzik, PhD, his expertise putatnal jury bmechanics and imagg applitns to create human body putatnal mols for dtry, ernment and amic applitns. About Stt Gayzik.

Stt Gayzik, PhD, pleted a master’s gree mechanil engeerg om Virgia Polytechnic Instute and State Universy (Virgia Tech) and then earned a doctorate bmedil engeerg om the Virgia Tech-Wake Fort Universy School of Bmedil Engeerg and Scienc. In his rearch, Gayzik appli putatnal and experimental jury bmechanics rearch to velop and validate human body putatnal mols.

STT GAYZIK, PHD

* scott gayzik *

As part of the dtry-fund Global Human Body Mols Consortium, Gayzik and his team velop realistic, virtual body mols for tomotive crash tts that help evaluate the potential for jury and intify jury mechanisms orr to improve early stage vehicle sign, ncept evaluatn and safety regulatns. In creatg human body putatn mols, Gayzik works extensively wh imagg techniqu and applitns to velop the blueprts for the body mols.

Gayzik also nducts ernment-sponsored rearch to velop a sue of body mols that reflect the range of anthropometri found the morn ary orr to asss jury risk. Gayzik’s other rearch terts clu medil vice evaluatn, novel mol validatn approach and the bmechanics of heat transfer.

STT GAYZIK

Gayzik believ that Wake Fort Baptist is on the foreont of body molg and offers valuable rourc and expertise to dtry partners for a wi range of applitns.

Gayzik’s ep expertise creatg the mols uniquely posns him to llaborate on such groundbreakg projects. Stt Gayzik, PhD, associate profsor of bmedil engeerg at Wake Fort School of Medice and part of the Virgia Tech-Wake Fort Center for Injury Bmechanics, specializ :.

*BEAR-MAGAZINE.COM* SCOTT GAYZIK

Development and Prelimary Validatn of Computatnally Efficient and Detailed 50th Percentile Female Human Body Mols by Andrea Robson, Wa von Kleeck, F. Stt Gayzik :: SSRN.

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