Abstract:

The digital transformation of engineering processes has made virtual prototyping a key method in the design of machines and mechanisms. Autodesk software, including Autodesk Inventor and Fusion 360, enables comprehensive modeling, analysis, and manufacturing preparation within a single integrated environment. In this study, a virtual prototype of a belt conveyor with a linear drive was developed using CAD/CAE/CAM modules. The design process was evaluated using a set of Key Performance Indicators (KPI), covering modeling time, number of design iterations, simulation accuracy, and prototype manufacturing costs. The application of Autodesk software resulted in a 28.5% reduction in the total design cycle, a 33% decrease in the number of design iterations, and a 41% reduction in prototyping costs. The deviation between simulation results and experimental measurements was only 3.1%, confirming the high precision of the analyses. These findings demonstrate that the Autodesk environment effectively supports the implementation of virtual prototyping in modern engineering design.