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oai:null:10339/373112026-09-18T12:41:18Zcom_10339_14934col_10339_38132

Thompson, Aaron Bradley 2012-06-12T08:36:06Z 2014-06-12T08:30:08Z 2012 https://wakespace.lib.wfu.edu/handle/10339/37311 Simulations of complex blunt trauma events have become possible due to advances in computational human body modeling via finite element analysis.[3-8] These models have the potential to elucidate previously unknown injury mechanisms and can inform regulatory agencies directed at public health and safety on potential injury mechanisms.[9-13] Finite element analysis is often used to develop such models because of its capability of handling complex geometries and modeling the non-linear behavior of tissues.[14, 15] en Wake Forest University Investigation of the Body Segment Inertial Properties and Long Bone Geometries of a Mid-Sized Male Finite Element Model Thesis Stitzel, Joel D Gayzik, Scott Hamilton, Craig Biomedical Engineering 2014-06-12 restricted