Abstract
Reliability analysis of a power tiller involves studying the probability of its performance and functionality over a given period. This analysis aims to identify the factors that affect the reliability of the power tiller and to determine ways to improve its performance. The reliability of a power tiller can be evaluated using different methods such as statistical analysis, probability theory, and simulation modelling. These methods enable the assessment of the power tiller's performance in different operating conditions and help to identify the critical components that contribute to its overall reliability. Some of the factors that affect the reliability of a power tiller include its design, manufacturing process, maintenance, and the environment in which it operates. The reliability analysis of a power tiller also involves identifying the failure modes and effects of different components and determining the probability of these failures occurring.
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