Biofluids Modeling 1st Edition

Capture the mechanics of living fluids with Biofluids Modeling, 1st Edition by Wilson C. Chin and Jamie A. Chin — a clear, authoritative guide that brings mathematical rigor and physiological insight to the study of flows in biological systems.

Start exploring how fluid dynamics shapes life: from blood flow and airway transport to microcirculation and cellular-scale flows, this textbook introduces readers to continuum mechanics, non-Newtonian behavior, dimensionless analysis, and the key mathematical tools used in modern bioengineering. Carefully paced chapters bridge theory and application, making complex concepts accessible for students, researchers, and practicing biomedical engineers.

Rich with practical examples and problem-driven explanations, this edition emphasizes modeling strategies, scaling arguments, and the interpretation of results — ideal for coursework in biomedical engineering, hemodynamics, and physiological transport, or for researchers developing computational simulations and experimental studies. Global practitioners will appreciate the book’s clear notation, worked derivations, and focus on transferable methods applicable across labs and clinics worldwide.

Whether you’re preparing for advanced classes, developing CFD models, or seeking a foundational reference for translational research, this volume equips you with the tools to derive, analyze, and validate biofluid models with confidence. Add Biofluids Modeling, 1st Edition to your professional library today and elevate your understanding of the fluid mechanics that power living systems. Purchase now to begin applying rigorous modeling to real-world biomedical challenges.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.