Composite Material Design explores how combining different materials can revolutionize product design and boost performance across industries like aerospace and automotive. It highlights the crucial role of interface engineering—managing how materials interact—and the importance of selecting the right materials, such as polymers, ceramics, and metals, for specific applications. By focusing on multi-material systems, the book argues for a holistic approach that considers both individual material properties and manufacturing constraints.
The book begins by laying a foundation in material science, then moves into interface engineering, and finally addresses manufacturing techniques like lamination and additive manufacturing, all tailored for composite materials. Case studies from various sectors demonstrate how these designs enhance structural integrity and improve thermal management.
This approach emphasizes the need for collaborative engineering to create adaptable and efficient systems, equipping readers with the knowledge to develop high-performance products.
