Adams-MATLAB Co-Simulation Integration

We are pleased to offer Adams-MATLAB co-simulation capabilities to facilitate advanced research and analysis in your specialized domain. This sophisticated integration combines Adams' multibody dynamics simulation strengths with MATLAB's computational and control systems expertise, enabling precise modeling and analysis of mechanical system dynamic behaviors. The co-simulation framework employs S-function interfaces and real-time data exchange protocols, allowing bidirectional parameter passing between Adams mechanical models and MATLAB control algorithms. Through this integrated environment, you can conduct thorough investigations into mechanical system performance characteristics, identify potential operational issues, and optimize both design parameters and control strategies. The implementation includes configuration files for establishing communication channels (.adm Adams files and .m MATLAB scripts), with support for variable-step integration methods and custom callback functions for specialized analysis requirements. We anticipate this technical solution will deliver substantial value and assistance to your research endeavors and engineering projects.