Air suspension system parameterization test design platform and method based on modeFRONTIER joint simulation

The invention discloses a block diagram of an embodiment of an air suspension system parameterization test design platform and method based on modeFRONTIER joint simulation. The block diagram comprises a whole vehicle multi-body dynamics simulation module based on ADAMS/Car, an MATLAB parameter definition and data processing module and the modeFRONTIER joint simulation platform. Wherein the MATLAB module is connected into the modeFRONTIER through an interface, the whole vehicle multi-body dynamics simulation module based on the ADAMS/Car is called by utilizing a simulation command file in the modeFRONTIER, parameterization and modification of parameters of the air spring suspension system are completed in a modeFRONTIER platform, once joint simulation starts, manual interference is not needed in the whole joint simulation process, and the simulation efficiency of the whole vehicle multi-body dynamics simulation module based on the ADAMS/Car is greatly improved. Test design can be automatically carried out, an