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Improved methods for solving multi-criteria parametric tasks according to specified quality and software criteria as the basis of the center of competence of an optimum design of vehicles
Engineering Education # 06, June 2013
DOI: 10.7463/0613.0577818
The authors describe a project technology of solving multi-criteria parametric optimization problems in the field of motor transport. This technology is based on a two-stage approach. Stage 1 is optimization of performances of units and devices of a car, presented as a generalized description. Stage 2 is optimization of design parameters of units and devices of real designs. Performances of units and devices should be moved close to “optimal” ones obtained at the previous stage. Test items (two- and tri-axial cars) used for verification of the mathematical description are presented in the article. Application software STABCON 2.0 was developed for solving design and finishing tasks in the field of automotive industry. The software system is flexible and can be adjusted for solving design problems in the field of automotive technology beyond limits of controllability and stability properties. A designer can use previously created models. The authors draw a conclusion on the need for setting up a competence center for training industry experts and assisting them in solving optimal design tasks.
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