Feasibility of in vivo MR Image-Based Micro Finite-Element Analysis of the Proximal Femur

Keywords

accuracy acquiring acquisition addition agreement allow anatomic appears applied architecture assessment authors basis blue body bone boundary clinical clinically close coils common compressive computer considered constant constrained constraints coronal correlation cortex cover dataset derived described desired directly displacement donor earlier elastic element enable encompassing entire examine fast feasibility feasible female femoral femur filtered finite fracture fractures generate generated generation giving goal gold gray head human implementation in vivo indicate intact intensities inverted isotropic keeping known laboratory limitations linearly load loading location male manually manufacturer maps marrow matrix mechanical medial micro model models nodes noise north original owing parallel pelvis population practical procedure processing proportional protocol proximal pure qualitatively recent reconstructed rectangular regime related represented resolution resolutions resolving risk rogers served sets simulated since situ soft space spatial specimens spin spine stance star strain strength strong structural studies subject subsequently suggests tissue tomography toward transferred trio unity upper volume wright years yield yielded young