Wind Energy Explained: Theory,...
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This textbook is intended to provide an introduction to the cross-disciplinary field of wind engineering. It includes end-of-chapter tutorial sections (solutions manual available)…
Book Summary
Wind Energy Explained is a comprehensive textbook that introduces the cross-disciplinary field of wind engineering. It covers aerodynamics, turbine design, electrical systems, and grid integration, combining academic theory with industrial practice. End-of-chapter tutorials reinforce learning, and a solutions manual is available. Ideal for engineering students and professionals seeking a solid foundation in wind energy principles and applications.
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About Wind Energy Explained: Theory,...
Wind Energy Explained: Theory, Design and Application is a foundational textbook for understanding wind energy systems. It spans aerodynamics, rotor design, electrical generators, control systems, and grid integration, blending theoretical derivations with practical industrial insights. Each chapter includes tutorial sections and problems, with a solutions manual available for instructors. The book emphasizes a cross-disciplinary approach, making it suitable for engineering courses and self-study. It provides both breadth and depth, covering fundamental physics as well as real-world design considerations. This makes it a valuable resource for students, researchers, and practitioners transitioning into the wind energy sector.
Who should read Wind Energy Explained: Theory,...?
Undergraduate and graduate engineering students taking wind energy courses will find this textbook essential. Instructors can use it as a course text with its tutorial problems and solutions manual. Professional engineers entering the wind industry, particularly mechanical, electrical, and civil engineers, will benefit from its practical design focus. Researchers and policymakers seeking a technical overview of wind energy principles will also find it useful.
Pros & Cons
Pros
- ✓ Comprehensive coverage of wind energy from fundamentals to advanced topics
- ✓ Combines academic theory with industrial experience for practical relevance
- ✓ End-of-chapter tutorials and problems reinforce learning
- ✓ Solutions manual available for instructors
- ✓ Cross-disciplinary approach suitable for various engineering backgrounds
Cons
- ✗ Some readers may find the mathematical derivations challenging without a strong engineering background
- ✗ Limited coverage of emerging topics like offshore wind or energy storage
- ✗ Assumes prior knowledge of fluid mechanics and electrical circuits
- ✗ May be too detailed for casual readers seeking a general overview
- ✗ Exercises lack fully worked solutions in the main text
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Frequently asked questions
Is this book suitable for self-study?
Yes, the end-of-chapter tutorials and clear explanations make it suitable for self-study, though a background in engineering or physics is helpful.
Does it include a solutions manual?
A solutions manual is available separately for instructors, as mentioned in the description.
What level of mathematics is required?
The book uses calculus, differential equations, and basic fluid mechanics, so a solid foundation in engineering mathematics is recommended.
Is this book up-to-date with current wind energy technology?
While it covers fundamental principles that remain relevant, some newer developments like advanced offshore turbines may not be fully covered.
Can this be used as a textbook for a university course?
Yes, it is designed as a textbook with tutorial sections and problems, and is widely used in wind energy courses.
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