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Reliability Analysis of Standby Systems
A Nonstationary Two State Reliability Model
B Lenoach D O Koval andB Zimmer
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ABSTRACT algorithm analysis angle application calculated Cellular Manufacturing circuit circulant graphs coefficient components configuration constraints cost damping damping ratio defined determine developed displacement distribution dynamic effect elements energy Engineering equation error evaluation Evolution Strategy expert systems F-ratio failure faults finite flow force frequency function given graph harmonic heat IEEE IEEE Trans input interface inverse kinematics linear models machine matrix method mode modules nodes nonlinear obtained operation optimal outages output paper parameters paths performance Petri nets power system presented problem processor ratio reactive power reactor reliability Research robot selected shown in Figure simulation solution solved stepwise regression strategy structure subroutine Table technique temperature tion torque transform variables vector vehicle velocity VLSI voltage zero