AN ENERGY-BASED PARADIGM FOR RELIABILITY ASSESSMENT CAUSED BY CREEP DAMAGE IN AXISYMMETRIC COMPONENTS

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ZARABI K.; NG KIAM YAM L.

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Journal: SCIENTIA IRANICA Year:2007 | Volume:14 | Issue:5 Page(s): 450-457

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Title

AN ENERGY-BASED PARADIGM FOR RELIABILITY ASSESSMENT CAUSED BY CREEP DAMAGE IN AXISYMMETRIC COMPONENTS

Author(s)

ZARABI K. | NG KIAM YAM L. | Issue Writer Certificate

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Abstract

The creep of materials is a research topic of major significance in the life assessment and design of many pressure components used in various industries, such as power generation plants and chemical plant refineries. Often, these components are axisymmetric, both in terms of geometry and loading. To predict the creep life of such components, one necessary ingredient is a creep damage paradigm. The current creep damage paradigms are either too cumbersome to be readily employed and/or not sufficiently accurate for practical applications. This paper describes a creep damage paradigm that alleviates the major shortcomings of the existing paradigms, yet is simple enough to be readily applicable to industrial cases. Comparison with experimental data shows that the paradigm is capable of predicting creep life with an accuracy of 14% or better.

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APA: Copy

ZARABI, K., & NG KIAM YAM, L.. (2007). AN ENERGY-BASED PARADIGM FOR RELIABILITY ASSESSMENT CAUSED BY CREEP DAMAGE IN AXISYMMETRIC COMPONENTS. SCIENTIA IRANICA, 14(5), 450-457. SID. https://sid.ir/paper/289556/en

Vancouver: Copy

ZARABI K., NG KIAM YAM L.. AN ENERGY-BASED PARADIGM FOR RELIABILITY ASSESSMENT CAUSED BY CREEP DAMAGE IN AXISYMMETRIC COMPONENTS. SCIENTIA IRANICA[Internet]. 2007;14(5):450-457. Available from: https://sid.ir/paper/289556/en

IEEE: Copy

K. ZARABI, and L. NG KIAM YAM, “AN ENERGY-BASED PARADIGM FOR RELIABILITY ASSESSMENT CAUSED BY CREEP DAMAGE IN AXISYMMETRIC COMPONENTS,” SCIENTIA IRANICA, vol. 14, no. 5, pp. 450–457, 2007, [Online]. Available: https://sid.ir/paper/289556/en

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