Langmuir, Freundlich and Temkin isotherm models were examined.
The generated empirical models were examined and well substantiated by the simulation results.
Meanwhile, various erosion models were examined to achieve accurate erosion prediction.
The beam models were examined towards the crack front shape and the mode I SERR distribution.
The performances of these models were examined using the leave-one-out cross validation.
Moreover, two structural equation models were examined and compared, proposing more holistic nomological nets for how these constructs fit together.
The derived models were examined for scale-up accuracy by predicting pressure drop for different diameter/lengths of pipelines.
Two different stress strain models were examined for the material nonlinear analysis: bi-linear model and multi-linear model.
In addition, in modeling the release process of gaseous fission products, the Weisman, Booth, Mason, and T.S. models were examined.
Two detailed (GRIMECH3.0 & UBC MECH2.0) and two reduced (One step & Four steps) models were examined for various IC engine designs.
Instream models were examined for all vertebrates, the subset of all stream-breeding amphibians, Dicamptodon tenebrosus, and Rhyacotriton species.
