Image-Based Finite-Element Bone Mechanics Simulations: Does Stiffness Predict Yield Strength?

Keywords

able acquisition applications applied apply approaches assessing assessment assumed axial basis behavior best beyond bone bottom boundary bovine cancellation capable comparable compression compressive computation computationally computed computing conditions conjugate constants contained correlation correlations cortical curve demanding derived desktop displacements distal donors dual efficient either elastic element estimating example exceeded exhibits exploring failure finite fixed fracture free hours human in vivo inclusion increasing increasingly incremental indicated initial input intervention inverted involve isolate isotropic larger limitations linear longitudinal magnitude manually maps masked mechanical micro million model modeling models moduli modulus move much newton nodes nonlinear normalized occurred offset plot post power practically predict predicted previous primary procedure processing promise reduced regime regionally relevant reported reports represent resolution respectively response resultant risk rule selected simulate simulated simulation simulations sites slab solved specimens spin step stiffness strain strained strains strength stress stresses studies subsequently suggesting surface system tibia tibial tissue transverse typical unfortunately volume whole women yield