Polymer Composites for Prosthetics Development

This work examines how polymer composites are advancing prosthetic technology. It introduces the biomechanics of prosthetics, materials properties and fabrication procedures, and advances in comfort and sustainability. Clinical applications are covered with an emphasis on prosthetic solutions.

Polymer Composites for Prosthetic Development provides an in-depth examination of how polymer composites are advancing prosthetic technology. The book introduces the biomechanics of prosthetics, the materials used, their properties, and fabrication procedures, followed by discussions on advancements in comfort and sustainability. Clinical applications are covered in detail, with an emphasis on prosthetic solutions such as plaster molding, thermoforming processes, and 3D printing strategies for prostheses. • Covers various composite materials, including thermoplastics, natural fibers, synthetic fibers and smart polymers. • Offers practical insight into properties, durability, fatigue resistance, and skin tissue applications. • Discusses optimization of polymer composites including strength, toughness, fabrication methods, and sustainability. • Includes emerging trends in additive manufacturing for biomedical applications. • Examines future directions and the current state of prosthetic technology development, including clinical status. Exploring the latest advances and technologies, this reference is aimed at researchers in biomedical and materials engineering working in this rapidly evolving area.