For transferring the power from one shaft to another, the spur gear is frequently used component. Because of its extensive usage, the spur gear design needs to be made better continually. Hence, researchers always want to improve design quality by adopting new and better design methods. The effectiveness of the design process might be considerably increased by a knowledge-based system. This means that in order to automatically manage design and CAD (Computer-aided design) modelling challenges, a knowledge-based solution is required. This article provides a simple method for automatically developing the spur gear based on the primary design criterion inputs.

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