Virtual Force Calculation Model Based on an Improved Mass-Spring-Damper Systems

This paper studies a virtual force modeling approach based on an improved mass-spring-damper systems, aiming to establish a force feedback model that accurately simulates and predicts interactions between objects in a virtual environment using principles and methods of object kinematics. By integrating dynamics theory with computer simulation technology, this paper designs and implements a novel virtual force modeling approach. The model effectively handles interactions between virtual and real elements and provides virtual force feedback in complex environments. The research results indicate that the model performs excellently in enhancing the realism of virtual environments and improving user experience.