Design of Hybrid Structures 1st Edition

Design of Hybrid Structures (1st Edition) by André Plumier and Hervé Degée is a contemporary, practical guide for engineers and designers tackling the challenges of mixed-material systems. Clear, authoritative and focused on real-world performance, this book dissects the principles behind hybrid structural design—where metals, composites and novel materials work together to meet stringent strength, weight and durability targets.

Start by exploring the fundamentals of material behavior, joint design, load distribution and fatigue considerations that define hybrid systems. The authors translate complex mechanics into actionable design strategies, emphasizing durability, manufacturability and cost-effective solutions for sectors such as aerospace, automotive, wind energy and civil engineering. Detailed explanations make the transition from theory to practice straightforward for practicing engineers, researchers and advanced students.

What sets this title apart is its emphasis on integrated problem-solving: methods for predicting failure modes, optimizing material combinations, and addressing manufacturing and inspection challenges are presented alongside illustrative examples and design recommendations. The tone is technical yet accessible, providing a dependable reference for structural analysis, lightweight design and multi-material optimization.

Whether you are designing next-generation transport structures in Europe, refining components for North American production lines, or researching hybrid solutions in Asia, this book delivers global relevance and practical guidance. Ideal for design offices, R&D teams and university libraries, Design of Hybrid Structures offers the insight needed to innovate with confidence. Add this essential resource to your professional library and elevate your approach to hybrid structural design.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.