A laboratory evaluation method based on evaluating the compatibility between partial-depth repair material and concrete substrate was examined.
In this paper, a novel health evaluation method based on wavelet decomposition is proposed.
The details of the evaluation method, based on a squared error minimization, are discussed.
Thus, a safety evaluation method based on catastrophe theory was proposed to analyze aluminum powder explosion.
Thus, a sustainability evaluation method based on Life Cycle Theory is innovatively designed in this study.
A new lightning shielding failure evaluation method based on the electro-geometric method aided by 3D graphics technology is introduced.
This study suggests a safety evaluation method based on the strength and fracture characteristics of pipe wall materials.
To optimize stack performance, taking both electrical and thermal performance into account, an evaluation method, based on primary energy savings, is presented.
It was also found that the life evaluation method based on the ductility exhaustion concept is applicable to creep-fatigue life assessment in sodium.
In this paper, a comprehensive risk evaluation method based on a fuzzy Petri net (FPN) model for long-distance oil and gas transportation pipelines is proposed.
The main contributions of this work are: (1) proposing a new workload evaluation method based on statistical analysis of the large data set.
