Abstract
This article introduces the concept of the stress–strength interference model for reliability. The mathematical formulation for the stress–strength interference model is first presented. Examples for both the stress and strength of the normal distribution and the exponential distribution are given to demonstrate the use of the stress–strength interference model for reliability analysis. Then, the generalized stress–strength interference model is presented. The concept of the Monte Carlo simulation is also introduced to demonstrate the use of the numerical simulation to estimate the reliability. Finally, different numerical methods to estimate the reliability based on the stress–strength interference model and the future research directions are discussed.
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