Mass, Momentum and Energy Transport Phenomena 2nd Edition

Mass, Momentum and Energy Transport Phenomena, 2nd Edition by Harry Van den Akker and Robert F. Mudde

Capture the core of transport science with a textbook that bridges rigorous theory and real-world engineering. This second edition offers a clear, modern presentation of mass transfer, momentum transport, and energy transport—essential topics for chemical, mechanical, and environmental engineers, as well as applied scientists.

Packed with lucid explanations, worked examples, and problem-solving strategies, this volume guides readers from fundamental conservation principles to practical applications in pipes, reactors, heat exchangers, and porous media. It emphasizes physical intuition alongside mathematical formulation, helping students master differential balances, boundary layers, diffusion, convective transport, and coupled heat and mass transfer processes.

Engineered for classroom use and professional reference, the text supports coursework at undergraduate and graduate levels while serving as a go-to resource for design, simulation, and research. Engineers in industry—whether in energy, pharmaceuticals, process design, or water treatment—will value its balance of theory and application. The global relevance of transport phenomena makes this edition indispensable for readers from North America, Europe, Asia, and beyond.

Whether you’re preparing for exams, designing a process, or refreshing fundamentals, this edition delivers clarity, depth, and practical insight. Its structured approach builds competence and confidence, enabling efficient problem-solving across diverse engineering contexts.

Ready to deepen your understanding and advance your career? Add this authoritative, practical guide to your library today and bring rigorous transport phenomena knowledge to every project and classroom.

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