Effectiveness and efficiency of proposed approaches are checked by solving optimization problems of a structural acoustic system and a disc brake system.
This approach was checked in MS Excel 2007, and achieved very high accuracy of calculations.
The proposed approach was checked for two different monomer systems: butyl acrylate-styrene and vinyl acetate butyl acrylate.
The proposed approach was checked in urban land use planning problems using a case study in a municipal area.
The validity of the approach was checked by measurements on pure electrolyte and by comparison with previously obtained results for fractal layers.
The overall accuracy of the devised approach was checked against a number of experimental results taken from the literature and generated by testing a variety of welded geometries.
The accuracy and reliability of the proposed approach was checked against approximately 650 experimental data taken from the literature and generated by testing un-notched metallic materials under complex constant and variable amplitude multiaxial load histories.
The accuracy and reliability of such an approach was checked by using the experimental results we generated by testing cylindrical samples, containing notches of different sharpness, made of Al6082 and loaded in combined tension and torsion.
The validity of this approach was checked by preliminary experiments during method development.
Meanwhile, some statistical responses obtained by the present approach are checked by the Monte Carlo simulation technique.
