Systematisches Toleranz Design unter Berücksichtigung von Funktions- und Kostenaspekten nach der robusten Zuverlässigkeitsmethode SMAR²T

In today’s efficient development of technical products the tendencies and challenges shift to simulative computer aided engineering. Therefore in the industrial development of complex technical products, methods are applied which provide realistic results and simultaneously economize the required resources. These results become purposefully optimized regarding the respective requirement with in concurrently consideration of robustness, technical feasibility as well as the cost by varying sets of tolerances. In this paper an approach for the design of robust and reliable products with simultaneous considering of functional and cost-related aspects, SMAR2T (Systematic Method for Axiomatic Robust Reliability-Testing Method), is discussed and visualized by the application example of an overload clutch.