The stress-strength reliability (SSRe) model is widely investigated in
reliability engineering to determine the probability of the strength
component overcomes the stress imposed on it. In this paper, we
studied the estimation of SSRe model based on the Burr III distribution
under the improved adaptive progressive type-II censoring scheme
(IAPrgCS-II). Estimation methods of the SSRe parameters are
developed using frequentist and Bayesian approaches. The point and
interval estimations using the maximum likelihood are considered to
estimate the parameters. Two approximations are applied to compute
the Bayes estimates. A simulation study is conducted for the
comparison of the methods of estimation. Also, parallel to the
development of reliability studies, it is necessary to study its
application in different sciences such as engineering. Therefore, the
droplet splashing (DrS) data under two wettabilities are proposed as an
application of the considered SSRe model and methods. The results
show us that the reliability model can be used to amend the quality of
coatings.
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