Gear Manufacturing ProcessesThere are several gear manufacturing processes, including gear hobbing, gear shaping, gear milling, and gear shaving. These processes are used to create gears of different sizes and shapes for various applications.Generation PrincipleThe generation principle is a method used in gear manufacturing that involves using a cutting tool that has the same shape as the gear tooth profile. The cutting tool is moved along the gear blank to create the tooth profile. This method is used in gear hobbing, gear shaping, and gear milling.Gear ShavingGear shaving is a gear manufacturing process that is not based on the generation principle. It involves using a shaving cutter to remove a small amount of material from the gear tooth surface. The shaving cutter is a cylindrical tool with a helical cutting edge. The gear blank is mounted on a special fixture, and the shaving cutter is brought into contact with the gear tooth surface at a specific angle.Advantages of Gear ShavingSome advantages of gear shaving include:1. Improved surface finish: Gear shaving can produce a smoother surface finish than other gear manufacturing processes.2. Increased gear accuracy: Gear shaving can improve the accuracy of gear teeth by removing any surface irregularities.3. Reduced noise: Gear shaving can reduce gear noise by producing a smoother gear tooth surface.ConclusionIn summary, gear manufacturing processes such as gear hobbing, gear shaping, and gear milling are based on the generation principle, while gear shaving is not. Gear shaving is a process that involves using a shaving cutter to improve the surface finish, accuracy, and noise level of gear teeth.

Which one of the manufacturing of generation principal
gear shaving ans