关键词: 悬架设计；Solid works；Adams-car；操稳性；仿真优化

Abstract: Using the basic sketch of the suspension (front, back, and side views), the plane hard points are constrained in the sketch, the basic plane structure of the suspension is arranged and the parameter values and positions of each structure are determined. The parts required for the suspension are drawn and assembled in CATIA to form a 3D rendering. Through Solidworks, parameterize the front and rear suspension models, check whether the model assembled in CATIA interferes, determine whether there is a gap at each connection point, and obtain the hard point space coordinates of the suspension from it to achieve data migration. The hard point coordinates obtained by Solid works are modeled in Adams-car, and the shape of the part is drawn to input the relevant parameters of the suspension. The movement pair and the communicator are added according to the different movement modes. Simulate the established virtual prototype to call the simulation data from the background and analyze to see if the suspension parameters fluctuate within a reasonable range during the simulation. Finally, the unreasonable data is further optimized in Adams-insight to re-export a set of hard point coordinates that meet the design goals.

Key words: Suspension design; Solid works; Adams-car; Handling stability; Simulation optimization