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An Orthopaedist Looks at Finite Element Analysis
Finite Elements in Biofluid Mechanics
Finite Element Simulations of the Pulsatile Blood Flow
14 other sections not shown
alveolar aneurysm anisotropy applied approximately articular assumed axial axis axisymmetric B. R. Simon behaviour bending Biomech Biomechanics blood boundary conditions calculated cancellous bone cardiac cycle cartilage cement clinical components compressive configuration cortical cross-sectional curve deformation density diastolic disc displacement distal effects elastic Engineering Equation experimental external fixation femur fibre finite element analysis finite element method finite element model flow fluid force fracture function geometry Huiskes incompressible increase infarct interface isotropic joint leaflet left ventricle left ventricular loading lung volumes material properties matrix mechanical membrane mesh modulus nodal nodes non-linear orthopaedics parameters parenchyma patella plane predicted pressure principal stress problem prosthesis ratio region remodelling Ritman shape shear shown in Figure solution stem strain stress analysis stress distributions stress field structure studies subchondral surface tension three-dimensional tissue total hip trabecular architecture trabecular bone transverse valve variations vector velocity wall Wolff's law Zienkiewicz