Material selection is one of the most important decisions in optimal design of any manufacturing process and product.
Proper material selection plays an elementary role for a productive manufacturing system with superior product and process
excellence along with optimization. Improper material selection frequently causes enormous cost contribution and drives an
organization towards immature product failure. A proficient methodology for material selection is thus required to help the
manufacturing organizations for selecting the best material for a particular application. Developing an analytical approach and
modeling procedure to evaluate stress distribution under velocity and moment would provide a useful tool to improve spur gear
design with high efficiency
