Micro-Mechanical Modeling in the Nonlinear Regime for Assessing Indices of Bone Strength from High-Resolution MR Images

Keywords

according accurate acquisition adequate adjusting ages alignment analyzing anatomical applied applying assess assessment axial behavior best blue bone boundary characterized class clinical coefficients common compression computationally conditions conjunction considerable consistent contained corrected correlation criterion cross cubic curve curves decreased deformation density depends depict derived desktop direct disorder dominated efficient elastic element establishment evaluate evaluated failure field finite fraction fracture friction good grants green identity illustrated illustrating in vivo incrementally input intervention intra iteration iterative iteratively light linear magnified maps mechanical mechanisms micro minutes model modeling models modulus nonlinear optimized patients performance period plots post potential previously processing processors program properties providing radiology radius ranging regime registered registration reliability renderings represents reproducibility resolution retest retrospectively risk rule sectional serial series short similarities simulated solver solving stands strain strains strength stress stresses studies subject suggest suggesting system systems taken thereby tissue toughness transverse treatment twenty ultimate variances variation variations versus visual visually volume women yield