Applied Second Law Analysis of Heat Engine Cycles 1st Edition

Applied Second Law Analysis of Heat Engine Cycles — 1st Edition by S. Can Gülen

Discover a clear, practical guide to mastering advanced thermodynamics with this authoritative volume on the Second Law and its real-world application to heat engine cycles. Ideal for graduate students, practicing mechanical and energy engineers, and researchers, this book blends rigorous theory with hands-on analysis to make complex concepts accessible and actionable.

Inside you’ll find lucid explanations of entropy, irreversibility, and exergy analysis, followed by step-by-step evaluation of key cycles—Carnot, Rankine, Brayton, and combined cycles—alongside modern topics like gas turbine performance, power-plant optimization, and sustainability-driven efficiency improvements. Rich worked examples and engineering-style problem solving show how to translate thermodynamic principles into measurable gains in efficiency, reduced fuel use, and lower emissions.

Whether you work in power generation, aerospace, automotive, or HVAC, this text equips you with tools to diagnose losses, compare cycle configurations, and make data-driven design choices. Emphasizing practical calculations and real-world case studies, it supports coursework, professional development, and on-the-job problem solving across North America, Europe, Asia, and beyond.

Engaging, technically robust, and written with clarity, Applied Second Law Analysis of Heat Engine Cycles is the essential resource for anyone serious about improving thermal system performance. Enhance your expertise and make smarter engineering decisions—order your copy today and start turning thermodynamic insight into measurable results.

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