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HUMAN BODY BIOMECHANICS R M Kenedi
body and limb mass and motion characteristics
13 other sections not shown
acceleration activation analysis addition polymerization arterial artificial lungs axis biomechanical blood compatibility blood flow body bone bubble capacitance cells centroid characteristics chemical clinical common-mode components concentration connection considered copolymer cross-section current flow curve deformation detector dialysate diffusion direction earth effects electrical electrodes elements energy engineering equation equivalent circuit example femur flow rate flux frequency function gamma-ray given haemodialysis half-lives heparin impedance implantation input internal impedance irradiation joint force linear load magnitude materials measured mechanical medical applications membrane oxygenators molecules monomer muscle neutron normal obtained output particles patient photons plastic platelet polymer polymerization polyvinyl chloride potential pressure priming volume procedures produce properties protein radioactive radionuclides rated flow ratio reaction relative resistance result sample saturation shear stress shown in figure silicone skin solute surfactant Table technique thermal thermal neutron Thevenin's Theorem tissue transducer Travenol tube vector velocity venous voltage Young's modulus zero