Design & Mass Optimization of Gear with Composite Material

Mass optimization has been getting unique focus, due to the prospective to constantly initiate not only good, but also optimal proposals. Industrialized creativities try hard to develop the optimized product usually by dropping the weight while ensuring they produce cost efficient products that meet their design functionality and consistency. Structural optimization methods like topology optimization along with modern simulation are appropriate gorgeous tackle in product design process. Those tackle also help to trim down product development time. As gears are key essentials in a diversity of industrial applications such as machine, Aviation, Defense, etc. Aim of this exploration is to reduce weight of gear. Optimization of weight has been very critical aspects of any design. It has substantial impact on vehicle performance, fuel efficiency and in spin minimizes the emissions. This dissertation would focal point on the design gap offered by the element practical even as crucial the scenery and scope of the weight optimization more the areas acknowledged during design optimization.