Titlebook: Biomechanical Transport Processes; Florentina Mosora (Professor of Biophysics and Bio Book 1990 Springer Science+Business Media New York 1

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Stiffening of the Cardiac Wall by Coronary Blood Volume Increase: A Finite Element Simulation0°. It is shown that the ventricular model exhibits diastolic stiffening following an increase of intracoronary blood volume. End-diastolic left ventricular pressure increases from 1.5 kPa to 2.0 kPa when raising intracoronary blood volume from 9 to 14 ml per 100 g myocardial tissue. The model simul

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Modelling the Pulmonary Circulation in Health and Disease by capillary sheets. The compliance of the tubes may be varied, to account for vessel tone and the effects of vasoactive drugs. Parts of the structure may be blocked, to simulate thrombi, emboli or degenerative occlusion of vessels. Hydrostatic effects are significant in the larger vessels, and the

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Objectives and Perspectives of the Colloquium: “Bio-Mechanical Transport Processes”

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Florentina Mosora (Professor of Biophysics and Bio

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