Repairable system with different failure modes

Emara, Salah A. A.; El-Said, Khaled M.

doi:10.1515/9783110883237.1785

Cited by 2 publications

(1 citation statement)

References 3 publications

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“…Figure 2 shows the state diagram of a single repairable component with failure modes for WS1. Similar repairable systems are applied for the rest of WS's, related literature may be found in ( [1], [2], [3], [4], [7], [12], [13]).…”

Section: Repairable Tasks With Different Failure Modes For Ws1mentioning

confidence: 99%

A Quality Model for Responsibility Assignment in Repetitive Flow Schooling and Curriculum Processes Associated with a Repairable System of Different Failure Modes

Abdel-Hameed¹,

Emara²

2011

IJCDSE

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This paper proposes the use of responsibility modeling as a tool to support the designing of efficient operations of repetitive flow schooling and curriculum processes associated with repairable system of different failure modes. The objective is to develop a deeper understanding of system behaviour as a function of tasks. Based on the assignment of appropriate duration of tasks, we assign daily responsibilities, and expect the line of production to be operating seven hours a day to achieve the production of a number of completed tasks. To find the expected completion line for each activity, we provide twenty-one estimate times for twenty-one employees, and apply task assignment to obtaining the optimal time for completed non-repetitive tasks. Algebraic formulas and the supplementary variable method are used to measure and analyze the different failure modes and repair the tasks of each workstation in the system.

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Section: Repairable Tasks With Different Failure Modes For Ws1mentioning

confidence: 99%

A Quality Model for Responsibility Assignment in Repetitive Flow Schooling and Curriculum Processes Associated with a Repairable System of Different Failure Modes

Abdel-Hameed¹,

Emara²

2011

IJCDSE

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Reliability Analysis of a Two Dissimilar Unit Cold Standby System with Three Modes Using Kolmogorov Forward Equation Method

Ali¹,

Bala²,

Yusuf³

2014

Nig J Bas App Sci

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Reliability is an important area that is receiving attention globally. This paper studies reliability analysis of a two-dissimilar-unit cold standby system with three modes using Kolmogorov forward equation's method, in which its reliability and availability analysis are evaluated. This proposed system has been investigated under three modes: normal, partial failure, total failure. The failure and the repair time are assumed to have exponential distribution. The effect of failure rate on meantime to system failure ( MTSF ), steady state availability ( ( ) T A  ) and the profit function ( ) PF  of the system are compared. It was found that MTSF ,( ) PF  are decreasing with the increase of the failure rate.

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Repairable system with different failure modes

Cited by 2 publications

References 3 publications

A Quality Model for Responsibility Assignment in Repetitive Flow Schooling and Curriculum Processes Associated with a Repairable System of Different Failure Modes

A Quality Model for Responsibility Assignment in Repetitive Flow Schooling and Curriculum Processes Associated with a Repairable System of Different Failure Modes

Reliability Analysis of a Two Dissimilar Unit Cold Standby System with Three Modes Using Kolmogorov Forward Equation Method

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