RESEARCH OF THE IMPACT OF INTEGRATION METHODS IN IMITATIVE MODELING OF THE PROCESS OF OVERCOMING THE OBSTACLES OF SOIL PROCESSING WORKERS IN CAE SOLIDWORKS MOTION
The article is devoted to the evaluation of various methods of integration used in the simulation of dynamic processes of forest tillage machines using the application for modeling the movement dynamics of SolidWorks Motion, included in the package of engineering calculations of SolidWorks CAD. In studies, the process of moving through a cylindrical stump of a section of a modular disk cultivator with a battery arrangement of working bodies was simulated. Three series of virtual experiments were carried out using different integration methods GSTIFF, WSTIFF and SI2_GSTIFF. The results of the experiment showed that GSTIFF and WSTIFF which give similar results that are consistent with the experimental data are the most suitable methods for integrating obstacles on a virtual stand, while the default GSTIFF method is the fastest.