Handling and Ride Performance Sensitivity Analysis for a Truck-Trailer Combination 2010-01-0642
A truck-trailer combination is modeled using ADAMS/Car from MSC Software for handling and ride comfort performance simulations. The handling events include a double lane change and lateral roll stability. The ride comfort performance events include several sized half-rounds and various RMS courses. The variables for handling performance evaluation include lateral acceleration, roll angles and tire patch normal loads. The variables for ride performance evaluation are absorbed power and peak acceleration. This study considers the trailer spring stiffness, anti-roll bar and jounce bumper gap as the design variables. Through DOE simulations, we derived the response surface models of various performance variables so that we could consider the performance sensitivities to the design variables.
SAE International Journal of Materials and Manufacturing-V119-5, Load Simulation and Analysis in Automotive Engineering, 2010-SP-2274, SAE International Journal of Materials and Manufacturing-V119-5EJ