Bio-fluid mechanics
A numerical heart and circulation model to simulate haemodynamics for rate-responsive pacing evaluation of haemodialysis using computer simulation folding motifs, kinetics and functions in the proximal convoluted tubule coupled behaviour of lung respiration.
Abstract
Orifice flow in stenotic and regurgitant valve lesions a three-dimensional simulation of intraventricular fluid dynamics - examination of left ventricular early systolic function numerical modelling of blood flow in compliant arteries and arterial bifurcations numerical simulation of arterial haemodynamics a numerical heart and circulation model to simulate haemodynamics for rate-responsive pacing evaluation of haemodialysis using computer simulation folding motifs, kinetics and functions in the proximal convoluted tubule coupled behaviour of lung respiration computational respiratory mechanics approach micropopular fluid model for the brain fluid dynamics.