IMPLEMENTATION AND INTERPRETATION OF A SCRAP AND FAILURE ORIENTED MULTI-OBJECTIVE OPTIMIZATION CONSIDERING OPERATIONAL WEAR

Abstract The tolerancing of products for manufacturing is usually performed at the end design process and responsibility designer. Although components are commonly tolerated to ensure functionality, time-based influences, like wear, that occur during operation, often neglected. This could result in small amounts scrap after production, but high quantities failure operation. To overcome this issue, paper presents an approach perform a multi-objective optimization considering tolerances based on wear simulation. Thereby, mean shifts serve as variables, while aim generate optimal ratio failure. In addition, results interpreted further options designer presented. Moreover, exemplary applied use case.