Sarfraz Ali Quadri

Research Scholar, Mechanical Engineering, MGM’S Jawaharlal Nehru Engineering College, Aurangabad – 431 003 (MS)

Dhananjay. R. Dolas

Associate Professor, Mechanical Engineering, MGM’S Jawaharlal Nehru Engineering College, Aurangabad – 431 003 (MS)

Abstract

The analysis of reliability is an important parameter for ensuring the reliability of industrial systems. By understanding the individual component reliability and the overall system, engineers can take steps for improved performance of the system for cost saving and enhanced customer satisfaction. A manufacturing plant can use reliability analysis to optimize and improve schedules for product/service maintenance to minimize the unplanned downtime events. By comprehensively analyzing the dependability of such systems, organizations are enabled to implement measures aimed at enhancing both their operational efficacy and reliability, which can yield substantial advantages. The objective of this scholarly paper is to provide an extensive review of the literature concerning the reliability assessment of a maintainable industrial system. This manuscript delineates the phases ranging from data acquisition, trend analysis, and optimal distribution fitting to parameter estimation and reliability evaluation, which will serve as a resource for practitioners in reliability and maintenance engineering as well as decision-makers in their pursuit of optimal decision-making and the formulation of more effective maintenance schedules.

Keywords- Life Data Distributions, Reliability, Weibull, Repairable System etc.