Software Development for Vehicle Drivetrain Performance Simulation Based on Improved Genetic Algorithm

Nowadays, environmental protection awareness has penetrated into various industries. Among them, automobiles are particularly important for performance testing during the manufacturing process due to their pollution to the environment due to their exhaust emissions. Environmental protection and energy conservation and emission reduction in automobile development are urgent issues to be faced, and the control of fuel economy and pollution emissions is an indispensable part of automobile manufacturing. The role of automotive drivetrain performance in automotive manufacturingthe problems faced by automotive drivetrain performance in automotive manufacturing. Therefore, this paper proposes a performance simulation software for automotive drivetrain to analyze the performance test results. Firstly, computer technology is used to analyze and develop the automotive power performance software, and the indicators are divided according to the performance requirements of the automobile drivetrain to reduce the interference factors in the performance of the automobile drivetrain. Then, computer technology tests automobile drivetrain. MATLAB simulation shows that under certain evaluation criteria, the accuracy of automotive drivetrain performance test and the rationality of automotive drivetrain performance test are better than traditional performance test in automobile manufacturing.