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Correlation of in vitro Fluid Dynamics of Prosthetic Heart Valves with in vivo
The in vitro Fluid Dynamics of the HallKaster and New BjorkShiley Heart Valve
Three Dimensional Finite Element Reconstruction of Left Ventricular Geometry
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AMD Vol amplitude analysis angle aortic applied arterial articular axial axis backflow bamboo bending Bjork-Shiley valve blood bone calculated cancellous bone cardiac cardiac cycle cartilage cavitation centroid clinical collagen components compression computed condyle constant cross-section curves deformation determined diameter digitized disc displacement effect elastic elastic modulus Engineering equation experimental femoral femur fiber fiber bundles finite element flow fluid force frequency function geometry gradient hemolysis human intervertebral disc joint Journal of Biomechanics kinematics knee left ventricular ligament linear loading longitudinal material measured mechanical membrane method modulus motion segment muscle normal obtained Orthopaedic orthoses parameters permeability platelet pressure prosthesis prosthetic proteoglycan radius ratio red cell region resonances rotation samples shear modulus shear stress shown in Figure shows skull specimen stiffness strain structure surface systole technique tendon tensile thickness thrombus tibia tissue torque trachea transducer tube University values velocity vivo wall wheelchair