Optimal Analysis of Body Material Based on Adaptive Genetic Algorithm

The conventional selection of body materials mainly depends on consulting the manual and the designer’s experience, and then checking and analyzing. Before comparing with other materials, it is impossible to judge whether it is optimal or not, which may cause waste of resources. Therefore, determining the suitable materials for different body components, that is, how to accurately and scientifically realize the material selection and evaluation of body components, and complete the evaluation of the best material plan, is a problem that needs to be prioritized and solved. The material selection process is essentially a decision-making process, based on the application function and design constraints, by analyzing a variety of alternative materials, and finally determining the most suitable one. The optimization process of a material, this paper attempts to propose an adaptive genetic algorithm based optimization process. A new approach to body material selection. After designing a car body material selection software, users can use the material database in the software to select materials according to their own needs, and then analyze the best solution through the adaptive genetic algorithm.