Application of virtual assembly for complex mechanical structures based on digital twin technology

This study explores advanced virtual assembly methodologies for complex mechanical structures through the application of digital twin technology. The research aims to develop high-fidelity virtual assembly models that enable precise simulation and optimization of mechanical assembly processes. By integrating multi-level information modeling techniques and incorporating gesture recognition technology to enhance human-computer interaction, the proposed approach significantly improves the efficiency and accuracy of mechanical assembly operations. Experimental validation confirms the feasibility and robustness of the method, providing a solid theoretical foundation and valuable practical insights for the advancement of virtual assembly systems in mechanical engineering applications.