Applied Thermodynamics in Unit Operations 1st Edition

Applied Thermodynamics in Unit Operations — 1st Edition by Ali M. Nikbakht; Ahmad Piri; Azharul Karim

Capture the core of thermal science with a practical, classroom-to-plant resource that demystifies thermodynamics for modern process work. This clear, methodical 1st Edition translates fundamental principles into the language of unit operations—making energy balances, property relations, phase equilibria, and power and refrigeration cycles accessible to students and practicing engineers alike.

You’ll find lucid explanations paired with real-world examples that connect theory to common industrial tasks: heating and cooling, vapor–liquid separation, compression and expansion, and thermodynamic evaluation of reactors and separators. The authors emphasize problem-solving strategies, dimensional consistency, and engineering intuition so you can move from textbook equations to confident design and troubleshooting.

Ideal for undergraduate and early graduate chemical, mechanical, and process engineering programs, as well as plant engineers and technical trainers across North America, Europe, Asia and the Middle East. Whether preparing for coursework, professional practice, or certification, readers benefit from an approach that balances rigor with readability, making complex concepts approachable without sacrificing depth.

Engaging, practical, and regionally relevant, this volume is a must-have reference for anyone applying thermodynamics to unit operations. Explore clear derivations, practical examples, and engineering insight that accelerate learning and decision-making on the job. Order your copy today and strengthen the thermodynamic foundation of your engineering practice.

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