![]() If a different diametral pitch is necessary, this is also possible to adjust from the table of global equations. This shows that the professional application in SolidWorks can be used in the development of the gear design so that the user can simply change the variable N (number of teeth) in the tables of global equations to build a new gear. The full parametric design of the gear using the SolidWorks global equations tool and general calculation formulas for spur gear dimensions is also presented here. This paper shows the parametric design of the generation of the involute tooth flanks with driven curves for a spur gear using SolidWorks. For a spur gear as a mechanical element, the design and sketching of the involute guarantees optimum functionality.
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