This book particularly addresses analysis of fluid flow field variables in a bifurcated blood vessel by using Computational Fluid Dynamics approach. Computational Fluid Dynamics is one the most popular and emerging areas of research related to dynamics of fluid which works on the basis of combined strong foundation of analytical and experimental fluid mechanics. Variety of problems related to systems involving dynamic state of fluid can be solved effectively and efficiently using CFD analysis. Analysis of fluid flow field variables in a bifurcated blood vessel is one of the applied areas where CFD techniques are utilized related to bio-medical engineering majorly. In this book prediction of flow field variables and effect of seven different types of amplitudes related to fluid flow and four different types of fluids is carried out using CFD (ABAQUS 6.14) analysis through a bifurcated blood vessel.
Dr.Yogesh Dewang is working as Assistant Professor in the department of Mechanical Engineering at LNCT, Bhopal. He received his BE (Mechanical Engineering) from RGPV, Bhopal. He obtained his M.Tech and Ph.D. from MANIT, Bhopal. He has five years of teaching experience. His areas of research interest lies in metal forming and FEM & CFD simulation.
Maneesh Kumar Dubey
Number of Pages:
LAP LAMBERT Academic Publishing
CFD simulation, Blood Vessel
TECHNOLOGY / Engineering / General