Published Paper Details:

The reliability of dual-unit systems is critical for ensuring continuous operation and minimizing downtime. This study focuses on optimizing the reliability of dual-unit systems configured with a standby mode. By employing advanced reliability modeling techniques and comprehensive statistical analysis, we evaluate the performance and reliability metrics of various standby configurations. The research highlights the impact of different standby strategies on system reliability, identifying optimal configurations that enhance system robustness and reduce failure rates. The findings provide valuable insights for system designers and engineers, offering practical guidelines to improve the reliability of dual-unit systems in various industrial applications. The results demonstrate that strategic implementation of standby modes can significantly enhance the reliability and operational efficiency of critical systems, thereby contributing to increased system availability and reduced maintenance costs.