Performance Optimization of Reconfigurable Manufacturing Cell with Flexible Routing Capacity in Presence of Unreliable Machines

Abstract

The paper is presented an approach of preventive maintenance that improves and enhances downside production efficiencies based on the non-stop maintenance. The approach focuses  on  reconfiguration and rerouting; besides,  to  prepare alternative configurations according to different reliability for each machine. In addition  reliable  probability  of machines, there exist critical factors such as intercellular part movement, machine reallocation,  machine utilization, part loading/unloading, and alternative routings that affect  seriouslyproduction result.  The important point that the so-greatperformance of my approach compared to  others (e.g.machines are stopped to maintain) would be offset by theadvantages in terms of flexibility and limited use of resources.There  are  two objectives as follows, to achieve  a  condition ofnonstop maintenance, and to decrease drop of theperformances.  Furthermore, the  approach meaningfully  notonly  enhances  production  capabilities  but also  intelligentlyeliminate unexpected events. Finally, the impact of anapproach is illustrated through a small example.