Component Level Versus System Level -Out-of- Assembly Systems PROJECT TITLE :Component Level Versus System Level -Out-of- Assembly SystemsABSTRACT:A well-known principle in engineering is that redundancy at the part level is generally more reliability effective than that at the system level. Here, the redundancy merely means that elements are connected in parallel. Motivated by this principle, during this paper, a more general drawback of assembling K-out-of- N systems optimally is studied. We consider 2 assembled systems: one is by assembling a k-out-of- n system and a l-out-of- m system at the system level, and the opposite is by assembling them at a element level. With some appropriate assumptions on (n,k) and (m,l), some results on stochastic comparisons of the two assembly systems are derived. From this result, some helpful principles for assembling K-out-of- N-systems optimally are proposed. 2 numerical examples are given to illustrate our results as well. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Estimation of Reliability in a Multicomponent Stress-Strength Model Based on a Marshall-Olkin Bivariate Weibull Distribution Reliability Analysis for Repairable Multistate Two-Unit Series Systems When Repair Time Can Be Neglected