Biofluid Dynamics of Human Body Systems: Expanded and Revised Edition (Original Publisher)

Biofluid Dynamics of Human Body Systems: Expanded and Revised Edition is a comprehensive and technically rich resource that explores the principles and applications of fluid dynamics within biological systems. Tailored for biomedical engineers, clinical researchers, medical physicists, and postgraduate students, this book explains how fluid motion governs critical bodily functions—from cardiovascular circulation to pulmonary airflow and cerebrospinal fluid dynamics. Its multidisciplinary approach bridges biomedical engineering, physiology, and computational modeling to enhance both academic study and practical innovation in health technology.

Key Features and Highlights

• Expanded and updated content integrating new findings, models, and technologies in biofluid mechanics
• In-depth theoretical and computational approaches to simulate physiological flow systems
• Coverage of key human body systems, including circulatory, respiratory, lymphatic, and ocular systems
• Illustrative diagrams, equations, and case studies to support understanding of complex topics
• Practical applications in medical device design, diagnostic modeling, and therapeutic planning
• Ideal for academic coursework, thesis development, and applied research in biomedical engineering

Major Topics Covered

• Includes core chapters on cardiovascular flow dynamics, pulmonary airflow modeling, and cerebrospinal fluid transport
• Hemodynamics and vascular compliance in arterial and venous systems
• Respiratory mechanics, lung airflow resistance, and gas exchange modeling
• Lymphatic system flow and interaction with immune response
• Blood rheology and its influence on flow behavior under physiological and pathological conditions
• Fluid interaction with implantable devices and surgical simulations
• Computational Fluid Dynamics (CFD) in biomedical modeling

About the Author
Authored by a team of leading biomedical engineers and physiology experts with extensive academic and clinical research backgrounds. Their collective work contributes to innovation in medical simulation, bioengineering education, and health system optimization.

File Format & Technical Details

• Available Formats: PDF
• File Size: Approx. 22 MB
• Language: English
• Device Compatibility: Works on all major platforms—Kindle, iOS, Android tablets, desktop readers, and smartphones

Frequently Asked Questions (FAQs)

Q1: Is this book suitable for readers without an engineering background?
A1: The book assumes foundational knowledge in fluid mechanics and physiology. It’s most beneficial for graduate-level students, biomedical engineers, and researchers, though motivated readers from related disciplines can follow with supplemental study.

Q2: Does this edition include content related to Computational Fluid Dynamics (CFD)?
A2: Yes, CFD applications are integrated throughout the text, particularly in modeling cardiovascular and pulmonary systems, making it valuable for simulation-based research and design.