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RESEARCH PRODUCT

Dynamic Simulation of Worm Gears Using CAD Applications

subject

description

The new processes by plastic deformation of the gears eliminate some of the shortcomings of the old methods of their manufacture, at the same time reducing the production costs and the time of realization of the mass production. To carry out this research, the AutoDesk INVENTOR PROFESSIONAL application was chosen. A worm gear was designed, after which the calculations for the worm and worm wheel were performed. Of particular importance for gear, mechanisms are the research of dynamic loads. The use of modern calculation methods, which have wide possibilities for rapid optimization of prototypes, ensures the minimization or sometimes even exclusion of the execution of experimental samples. This possibility arose with the development of Computer-integrated manufacturing. In this context, all the steps from the idea to the final product are performed integrated on the computer. It is also important to reduce dynamic loads with different methods. By simulating the behavior of a machine or other engine-driven assemblies, one can better understand how they will operate without the need to make a real prototype. Dynamic Simulation in Autodesk Inventor Professional can be used to analyze the dynamic operating conditions of a project in a complete operating cycle. Dynamic Simulation provides analysis tools that allow the evaluation of product performance in a 3D environment.