In the evolving landscape of global defense, the demand for innovative materials that deliver superior performance, cost-efficiency, and scalability is pressing. Next-generation defense applications rely heavily on cutting-edge materials that offer a strategic edge. These materials must meet the requirements for strength, durability, thermal stability, and weight reduction while also being feasible for large-scale production and integration. Balancing performance with cost-effectiveness and manufacturability presents a critical challenge, driving research into composites, nanomaterials, and manufacturing techniques. This exploration of emerging materials may redefine the future capabilities of defense systems.
Innovative Materials for Next-Generation Defense Applications: Cost, Performance, and Mass Production explores advanced materials designed for modern defense technologies. It examines the properties required for these materials to meet the rigorous demands of defense applications, including high strength, corrosion resistance, wear resistance, thermal stability, and lightweight construction. This book covers topics such as material science, mass production, and biotechnology, and is a useful resource for business owners, engineers, biotechnologists, academicians, researchers, and material scientists.