Advances in Physiological Fluid Dynamics

Biorheology and its Future Prospects; The Role of Physical Factors in the Localisation of Atherosclerosis; Haemodynamics and Atherosclerosis - Facts and Fallacies; Constitutive Equation for Elastic and Muscular Arteries; Body Fluid Viscosity in Cell Function; Cell Rolling and Locomotion in Blood Vessels; Capillary Blood Flow; Red Cell Shape - Implication for Clinical Haematology; Determination, Sedimentation, Aggregation and Packing Behaviour of Blood and Erythrocyte Suspensions; Erythrocyte Immunologic Affinity Evaluated by Dynamic Parameters Determined Using a Rheo-Optical Method; Blood Viscosity in Cancer Patients; Effects of Albumin on Red Cell Rigidity; Erythrocyte Sedimentation Rate - New Insights; Rheological Properties in Cystic Fibrosis Airway Secretions with Combined rh DNase and Gelsolin Treatment; Fluid Dynamics of Prosthetic Heart Valves; Heart Valve Evaluation Using Model Fluids with Different Shear Dependent Rheological Behaviour; Fluid Dynamics of Sphere at Low Reynolds Numbers - Water Tunnel Experiments and Flow Visualisation; Fluid Mechanical Analysis by Radiological Methods; Blood Flow Analysis in Mesentric Arterial Bifurcation by Axial Tomographic and Image Velocimetry Techniques; Early Detection of Peripheral Vascular Insufficiency to Avert a Significant Number of Amputations; Mechanoluminescence of Endothelium of the Thoracic Aorta in the Irradiated Rabbits with Experimental Hypercholesterinemia; Microcirculatory Studies - Clinical Applications; Two Dimensional Finite Element Modelling of Cutaneous Heat Flow with Blood Circulation and Metabolism; Peristaltic Transport of Biofluids; Motion of Organism under Peristalsis; Application to Ovem Transport; Flow Through a Vertical Porous Tube with Peristalsis and Heat Transfer; A Physiological Fluid Dynamic Study of the Uteroplacental Vascular System in Pregnancy.