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Understanding Energy and Motorization in Automotive and Aeronautics

Explore the intricate world of energy and motorization in the automotive and aeronautics industries with our comprehensive guide. Designed for students, young engineers, and newcomers, this book provides a clear and straightforward explanation of the challenges and solutions in these sectors. Through an in-depth analysis of current technologies and future prospects, it delves into the energy requirements of cars, helicopters, and airplanes, offering a unique perspective on the similarities and differences among these means of transport.

• Uncover the complexities of energy and motorization
• Gain insights into the latest technologies and future trends
• Learn from practical examples and case studies

Comprehensive Coverage of Motorization Technologies

This book meticulously covers a wide range of motorization technologies, including gas turbines, internal combustion engines, and electric motors. It also delves into the world of transmission elements such as aerospace gearboxes and energy storage solutions, including batteries, supercapacitors, and hydrogen fuel cells. The result is a comprehensive guide that not only explains the technical aspects but also provides basic sizing rules to help readers understand and apply the knowledge in real-world scenarios.

• Explore the latest advancements in motorization technologies
• Understand the performance characteristics of different engine types
• Discover the importance of energy storage solutions in modern transportation

Practical Insights for Engineers and Students

Ideal for both students and young professionals, this book offers practical insights into the energy and motorization challenges faced by the automotive and aeronautics industries. By focusing on the analysis of performances and the search for an ideal motorization, it equips readers with the knowledge needed to make informed decisions in these dynamic fields. The final chapter explores the interest and prospects of energy hybridization and electrification, providing a glimpse into the future of sustainable transportation.

• Develop a solid understanding of the energy and motorization landscape
• Apply basic sizing rules for real-world problem-solving
• Stay ahead of the curve with insights into future trends and technologies