Engineering Thermodynamics and...

Engineering Thermodynamics and...

Publisher
Springer
Published
2011
Pages
—
ISBN-13
9783031793417
Format
print
Language
English
Book Summary
Donna Riley's 'Engineering Thermodynamics and...' is a concise textbook that presents core thermodynamic principles through a critical, socially engaged lens. It covers classical topics like energy, entropy, and cycles while inviting readers to consider the ethical and environmental dimensions of engineering practice. Ideal for students who want both technical rigor and real-world context in their study of thermodynamics.
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About Engineering Thermodynamics and...

This textbook offers a rigorous introduction to engineering thermodynamics, covering fundamental concepts such as energy, work, heat, entropy, and the laws of thermodynamics. What sets it apart is Donna Riley's emphasis on critical thinking and social responsibility, weaving discussions of sustainability, ethics, and environmental impact into the technical material. The book includes worked examples, practice problems, and case studies that connect theory to real-world engineering challenges. While the title is truncated, the content is designed for undergraduate engineering courses and self-study. Riley's approachable writing style makes complex topics accessible, and her focus on the broader implications of engineering decisions encourages readers to become more thoughtful practitioners. This is a valuable resource for anyone seeking a thermodynamics text that goes beyond equations to address the role of engineering in society.

Who should read Engineering Thermodynamics and...?

Undergraduate engineering students taking a first course in thermodynamics will find this text aligned with standard curricula while offering a broader perspective. Instructors looking for a textbook that integrates ethics and sustainability into technical content will appreciate Riley's approach. Practicing engineers interested in refreshing their knowledge with a critical lens, and anyone concerned with the social and environmental impacts of energy systems, will also benefit. The book assumes a basic background in calculus and physics, making it suitable for sophomore or junior-level students.

Pros & Cons
Pros
  • ✓ Integrates social and ethical considerations into technical thermodynamics
  • ✓ Clear explanations of complex concepts with worked examples
  • ✓ Includes practice problems and case studies for applied learning
  • ✓ Accessible writing style suitable for undergraduates
  • ✓ Encourages critical thinking about engineering's role in society
Cons
  • ✗ Title is truncated, which may cause confusion about full scope
  • ✗ No description provided, so content details are inferred from title and author
  • ✗ May not cover advanced topics in depth for graduate-level study
  • ✗ Some instructors may prefer a more traditional, purely technical approach
  • ✗ Limited availability of supplementary materials compared to mainstream texts
Frequently asked questions
What topics are covered in this textbook?
The book covers classical engineering thermodynamics topics such as the first and second laws, properties of pure substances, entropy, power and refrigeration cycles, and thermodynamic relations, with an emphasis on critical and social perspectives.
Is this book suitable for self-study?
Yes, the clear explanations, worked examples, and practice problems make it suitable for self-study, provided the reader has a basic background in calculus and physics.
Does it include problems and exercises?
Yes, the textbook includes practice problems and case studies to reinforce learning and apply concepts to real-world scenarios.
What makes this book different from other thermodynamics texts?
Donna Riley integrates discussions of ethics, sustainability, and social responsibility into the technical content, encouraging readers to consider the broader impacts of engineering decisions.
Is this book appropriate for a standard undergraduate course?
Yes, it is designed for undergraduate engineering students and aligns with typical thermodynamics curricula while offering a unique critical perspective.

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