WITHDRAWN: Failure analysis of tyre production process using FMECA method

Abstract

Please cite this article as: Nurul Hayati HasbullahRosmaini Ahmad Failure analysis of tyre production process using FMECA method (2015), http://dx.A c c e p t e d M a n u s c r i p t Research Highlights Presents the failure analysis on a tyre production process. FMECA method is applied to analyze the failure pattern of machine components. Two failure modes from cutting process and carriage mechanism, respectively are identified as the critical failures. Overall FMECA results help engineering team to perform the right improvement project. AbstractThis paper presents a failure analysis of real industry case using FMECA method. The case study is conducted in a tyre manufacturing industry focusing on the machine components mechanism failures. Field failures record data are systematically analyzed to identify and classify the failure modes, effects and determined the criticality index on the subject under study. The details of step-by-step in applying FMECA according to the case study, the results and discussion have been presented accordingly. It is then concluded and proved that the FMECA method is beneficial to rank and prioritize failures systematically and thus help engineering team to perform the improvement project based on the right problem.

Automated Production Line Reliability Analysis of the Crankshaft Manufacturing Process

“…Some points should be taken into account during the manufacturing process to reduce downtime. Those points are machine description, observing failure type, failure reasons, failure eff ects, failure severity, the probability of failure, criticality index, and corrective action [12].…”

Setting Interval Time for Changing Critical Components of JRC JMA 5310 Radar using FMECA Method: A Case Study in KOARMATIM Patrol Ship Unit

“…The FMECA [17][18][19] is initially developed by National Aeronautics and Space Administration (NASA) with the intention of improving and verifying the reliability of the Hardware of MIL-STD-785 space program entitled Reliability Program for System and Equipment Development and Production which specifies the procedure for applying FMECA on devices or system. Meanwhile, MIL-STD-1629 is a military standard that sets requirements and procedures for executing FMECA to evaluate and document potential impact of each functional or hardware failure to the success of mission, safety of personnel and system, and maintenance and performance of the system.…”