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The warm standby system has been widely used in engineering. Hence, exploring both theoretical and practical aspects of this system holds significant practical implications. This chapter introduces a special warm standby system featured with two spare parts. Based on the attributions of the system, various reliability metrics are computed through Markov models. Notably, the warm standby system is redefined through the aggregated Markov model. Furthermore, two optimal spare parts problems are addressed. Finally, numerical illustrations are employed to elucidate the results obtained in the Chapter.

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Reliability Analysis for Warm Standby Systems with Two Different Spare Areas

  • 章节

  • 发表日期：

    2025年

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  • Lirong Cui,
  • Weixin Jiang,
  • Mengqian Wang

摘要

The warm standby system has been widely used in engineering. Hence, exploring both theoretical and practical aspects of this system holds significant practical implications. This chapter introduces a special warm standby system featured with two spare parts. Based on the attributions of the system, various reliability metrics are computed through Markov models. Notably, the warm standby system is redefined through the aggregated Markov model. Furthermore, two optimal spare parts problems are addressed. Finally, numerical illustrations are employed to elucidate the results obtained in the Chapter.