FINITE ELEMENT ANALYSIS FOR BIOMEDICAL ENGINEERING APPLICATIONS (HB 2019) Hardcover

Published in hardcover in 2019, "Finite Element Analysis for Biomedical Engineering Applications" focuses on the application of the powerful finite element method (FEM) to solve a wide range of problems in biomedical engineering. This book likely introduces the fundamental principles of FEM and then demonstrates its use in analyzing biological systems and designing medical devices. Expect coverage of topics such as biomechanics (analysis of bones, tissues, and joints), cardiovascular mechanics (blood flow and vessel behavior), implant design (orthopedic implants, dental implants), medical imaging analysis, and drug delivery systems. The book will likely emphasize the modeling and simulation of biological materials and structures, the application of appropriate boundary conditions and loads, and the interpretation of simulation results. This resource is valuable for biomedical engineering students, researchers, and professionals who utilize computational modeling and simulation to advance the understanding of biological systems and the development of innovative medical technologies.