Practical models for condition monitoring inspection intervals

Author:

Sherwin David J.,Al‐Najjar Basim

Abstract

Markov models find optimum inspection intervals for phased deterioration of monitored complex components in a system with severe down time costs. The number of (pseudo)‐phases can be increased, but in most cases, simple models tracking actual states and their perception by the user will suffice, because of paucity of data and near‐constant rates. The matrix is cyclic; it includes renewal and regression to earlier states, simplifying solution and matching observation. An example involves roller bearings in paper mills with three phases, no defect, possible defect, and final deterioration towards failure. In the last phase, continuous monitoring is used.

Publisher

Emerald

Subject

Industrial and Manufacturing Engineering,Strategy and Management,Safety, Risk, Reliability and Quality

Reference25 articles.

1. Al‐Najjar, B. (1996), “Criteria for the selection of a cost‐effective maintenance policy”, MASDA, Växjö University.

2. Al‐Najjar, B. (1996), “On the effectiveness of vibration‐based monitoring programs”, Underhåll ’94, Conference, Gothenburg, Sweden (1994) and MASDA, Växjö University.

3. Al‐Najjar, B. (1997), “Improvement in effectiveness of vibration‐based condition monitoring system in paper mills”, MASDA, Research Report, Växjö University*.

4. Al‐Najjar, B. (to appear 1998), “Improvement in effectiveness of vibration‐based condition monitoring system in paper mills”, Journal of Engineering Tribology.

5. Al‐Najjar, B. and Kumar, U. (1997), “Improvement in effectiveness of vibration‐based condition monitoring system in paper mills: two case studies”, COMADEM ’97 Conference Helsinki University of Technology, Finland, May*.

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