Reliability assessment of cement grinding device with nine components failed

Abstract

To attend to the ever-increasing demands of the world's population, each business sector must be wise to adopt creative practices for resource utilization, reprocessing, recycling, conserving resources, and waste. The cement industry has no exception in this regard. Cement production requires huge amounts of resources. Cement manufacturing infrastructure is one of the boom's central benefactors. With the introduction of nearly all industrial processes in automation, the need for more complex and efficient systems has been observed over the centuries as having exponential increase. Without the assistance of these systems, it is practically impossible to carry out certain activities, and hence, it has become important to increase the effectiveness of these complex systems. Developing these systems is controversial, as is evident from numerous accounts of system failures to meet the requirements of those who obtain and use them. Failure or failure may have a detrimental effect on system reliability. No organization will achieve success in today's highly competitive environment if its processes don't work efficiently. To enhance the efficiency in complex systems, 'Reliability' is a critical element in producing newly automated. To enhance the performance of these systems, 'Reliability' is a vital factor in the development of modern automated complex systems. This paper analyzes the Reliability exemplary happening a cement crushing device through failure happening the situation nine types of machinery, without considering the cost factor for categorizing failure.