Product Reliability
The reliability of the product as a broad topic deserves a separate review. Reliability is associated with calculations of the lifespan of parts and components. These define the whole as a fault frequency. Reliability is a mathematical procedure that gives you an idea of the reliability of the operation of the device. The subject is taught in educational institutions. The problem is that students who study this do not have experience with the dimensioning criteria and products of the equipment.
Reliability is understood as the ability of the object under consideration to operate without interruption. Reliability is an important factor for the design and use that customers value when assessing the quality of products and services. The traditional way of reliability is to use safety factor sizing and standard solutions, as well as learning from user experience. By including reliability in the first product, this is transferable through proportionality to other products of the same series. In principle, the once-defined reliability in one product of the series is specified in the other products of the same series.
Failure of the mechanical organ often occurs in connection with mechanical engineering, in which case the fatigue of the material is also taken into account. We calculate fatigue in matter and transfer reliability inside the product line. Not everyone has the opportunity to design product series, deliver improved products and spare parts to equipment that is decades old and thus receive computational feedback.
Through the comparison procedure, reliability is transferred from one product to another. For example, by calculating the dynamic load value of the bearing for a large bearing, this is often determined by the feel of the value of the bearing in the smallest product series.
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