Materials and methods in prosthetic science examine the selection and application of materials used in prosthetic fabrication for durability, comfort, and performance. This book explores traditional and advanced materials such as thermoplastics, carbon fiber, silicone, and titanium. It outlines manufacturing techniques including lamination, vacuum forming, and additive manufacturing. The book also covers testing standards, biocompatibility, and cost considerations, linking material science to clinical effectiveness and innovation in prosthetics.
Ronan Doyle is a materials scientist with expertise in the engineering of prosthetic components and wearable assistive devices. His academic work bridges polymer chemistry, mechanical testing, and biomedical engineering. He has published widely on lightweight composites, skin-interface technologies, and durability modeling. Ronan collaborates with product developers to improve cost-efficiency and functionality in prosthesis design. He serves on editorial boards and advisory panels for prosthetic material standards and innovation initiatives.