This comprehensive guide delves into the intricate world of missile design and system engineering, providing a valuable resource for professionals and students in the field. Authored by Eugene Fleeman, the book draws on his extensive experience to offer a practical and in-depth overview of the entire missile development process.

Key strengths:

• Systematic approach: Guides readers through the interconnected stages of missile design and system engineering, providing a clear roadmap for understanding the complex process.
• Technical depth: Explores a wide range of topics, including aerodynamics, propulsion, structures, guidance, navigation, control, warheads, and fuzing, offering detailed technical explanations.
• Practical focus: Emphasizes real-world applications through case studies, examples, and design considerations, enhancing understanding and relevance.
• Multidisciplinary perspective: Acknowledges the collaborative nature of missile development, highlighting the contributions of various engineering disciplines.
• Global outlook: Recognizes the diverse approaches to missile design and system engineering across different countries and contexts.

Content overview:

• Introduction and Systems Engineering:
  • History and philosophy of missile design.
  • Core principles and ethical considerations in development.
  • Systems engineering methodology applied to missile design.
  • Key performance measures for missile systems.
• Missile Technologies:
  • Aerodynamics and missile flight mechanics.
  • Propulsion systems for different types of missiles.
  • Structural design and materials considerations.
  • Guidance, navigation, and control systems for precise targeting.
  • Warhead design and types based on mission objectives.
  • Fuzing systems and detonation mechanisms.
• Integration and Testing:
  • Launch platform integration and missile compatibility.
  • Environmental testing and qualification of missile components.
  • Flight testing and data analysis for performance evaluation.
• Special Topics:
  • Countermeasures and missile defense systems.
  • Future trends and advancements in missile technology.
  • Project management and cost considerations for development.