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Mitral Valve failure causes death if it is not corrected surgically. Such surgical repair can be improved by understanding mitral biomechanics. A two-dimensional FSI model of the Mitral Valve was generated using the ADINA simulation. A simple approximation of the heart geometry was use, the valve dimensions were based on measurements made. The viscosity of blood and the elastic properties of the valve leaflets were obtained from the literature. In this book, numerical modeling was used to determine the correlation between the degeneration of the Mitral Valves rigidity and backflow problem based on several critical parameters of blood. Two stages of Mitral Valve simulation, systolic and diastolic stage and also with ventricle and without ventricle are investigated.
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Mohd Azrul Hisham Mohd Adib, B.Eng (Mech.) UTM, M.Eng (Mech.) UTM is a Lecturer in Faculty of Mechanical Engineering at Universiti Malaysia Pahang. His research interests include FSI, Biomechanics and Biofluid Dynamics. Dr. Kahar Osman is an Associate Professor at Universiti Teknologi Malaysia. Researcher in field of CFD, FSI and Physics of fluid
