About this book

The study of thermodynamics encompasses concepts and laws, and their use in the analysis and evaluation of energy systems. Students quite frequently find the concepts and laws rather abstract. As a result, formulating and solving problems in thermodynamics prove rather difficult. This workbook complements the Classical Thermodynamics textbook by the authors and is designed to enhance the reader's grasp of the fundamentals of thermodynamics.

Features of the workbook include the following:

• Behavioral objectives of each chapter.
• Summary of key concepts and equations for each unit.
• Comprehensive Problem definition for over 140 Section exercises in chapters 1 to 9 of the thermodynamics textbook.
• Over 140 new chapter review problems (with answers) that test whether or not the desired learning has taken place.

The workbook can be used with any textbook on the fundamentals of thermodynamics and can also serve the needs of practicing engineers who may need thermodynamics review at some point in their career.

About the authors

Dr. George A. Adebiyi is a Professor of Mechanical Engineering at Mississippi State University.
Dr. Lynn D. Russell is Professor Emeritus of Mechanical Engineering, Boise State University.

What the experts are saying about this book

"Workbook for Classical Thermodynamics provides a valuable teaching and learning supplement to Classical Thermodynamics by Russell and Adebiyi. The workbook is closely coupled to the text and reviews the technical content in a concise and clear overview format that will be helpful for both students and teachers. Worked out exercises present excellent examples for students to follow of a methodical approach to problem solving and the review problems provide opportunities for additional practice."

— James W. Stevens Ph.D., P.E.
Department of Mechanical and Aerospace Engineering
University of Colorado at Colorado Springs

"This workbook is a highly valuable addition to any thermodynamics classroom. The combination of clearly stated Learning Outcomes at the beginning of each chapter with a wide array of examples, rich with sketches and charts, make it a powerful learning aid for the engineering student"

— John Gardner Ph.D., P.E.
Professor and Chair of Mechanical Engineering
Boise State University

"This workbook is a tremendous tool for assisting students in mastering the fundamental concepts of thermodynamics. It is an invaluable, well laid out, step by step guide that students should put on their must have list."

— Tyrus A. McCarty Ph.D.
Associate Professor of Mechanical Engineering
Administrator of Special Affairs
School of Engineering, The University of Mississippi