Forging of Non-Metals and Special Alloys

This course on Forging of Non-Metals and Special Alloys provides practical knowledge of advanced forging materials and their manufacturing processes. It introduces participants to the fundamentals of forging and explains how different non-metallic and special alloy materials behave during deformation. The course covers important materials such as aluminum alloys, titanium alloys, nickel-based alloys, and other high-performance materials. Participants learn about material selection, heating requirements, forging temperatures, and suitable forging methods. It explains common forging operations, tooling considerations, lubrication, and process control. The course also discusses defects that can occur during forging and methods to prevent or minimize them. Participants gain an understanding of how temperature, strain rate, and deformation affect the final product quality. Special attention is given to applications of advanced forged components in aerospace, automotive, energy, and engineering industries. The course helps engineers understand quality requirements, inspection methods, and process optimization. Overall, it provides a strong foundation for safely and efficiently producing high-quality components from special alloys and non-metallic materials.