This book introduces the fundamental principles of biomechanics, focusing on the application of mechanical laws to biological systems. It aims to provide students and researchers with a solid understanding of how forces affect biological structures, from the cellular level to whole organisms. The text covers essential concepts such as stress, strain, elasticity, and fluid mechanics as they relate to biological tissues and movement. It bridges the gap between engineering mechanics and biological sciences, offering a framework for analyzing biological systems from a mechanical perspective.

The book is structured as an introductory text, suggesting it is intended for students or those new to the field of biomechanics. Its focus on fundamental principles and applications indicates a pedagogical approach designed to build a strong theoretical base. The subject matter points to a text that would be of interest to those in engineering, physiology, and sports science seeking to understand the mechanical aspects of biological function.