Abstract
This study focuses on modeling the reliability of systems with multiple failure modes and imperfect repairs. Times to failure are exponentially distributed and repair times follow general distributions. Closed expressions are obtained for the steady state availability and Laplace transforms of the point-wise availability.
Received: 2011-02-18
Published Online: 2011-December
Published in Print: 2011-December
de Gruyter 2011
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- A Nonparametric Control Chart for Location Based on Sub-Samples of Size Two
- Availability of a System with Multiple Failure Modes and Imperfect Repairs
- Sampling Methods and Market Surveillance
- Control Charts for Controlling Variability of Non-Normal Processes
- A Class of Weighted Gamma Distributions and its Properties
- Sequential Test for Truncated Distribution under Measurement Error
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- A Hybrid Economic Group Acceptance Sampling Plan for Exponential Lifetime Distribution
- Chain Sampling Inspection Plans Based on Bayesian Methodology
- Exponentiated Modified Weibull Distribution
- Optimal Control of a Two-Item Inventory System with Different Types of Item Deterioration
- Testing Exponentiality Against NBUL Alternatives Using Positive and Negative Fractional Moments
Artikel in diesem Heft
- A Nonparametric Control Chart for Location Based on Sub-Samples of Size Two
- Availability of a System with Multiple Failure Modes and Imperfect Repairs
- Sampling Methods and Market Surveillance
- Control Charts for Controlling Variability of Non-Normal Processes
- A Class of Weighted Gamma Distributions and its Properties
- Sequential Test for Truncated Distribution under Measurement Error
- Exact Distribution of Argmax (Argmin)
- A Hybrid Economic Group Acceptance Sampling Plan for Exponential Lifetime Distribution
- Chain Sampling Inspection Plans Based on Bayesian Methodology
- Exponentiated Modified Weibull Distribution
- Optimal Control of a Two-Item Inventory System with Different Types of Item Deterioration
- Testing Exponentiality Against NBUL Alternatives Using Positive and Negative Fractional Moments