Lightweight and Heterogeneous Conversion of Power Transmission Model Based on CATIA V6

CATIA V6 (Computer-Aided Three-Dimensional Interactive Application), as an advanced computer-aided design software, can help engineers quickly realize the design and optimization of power transmission models. This article aims to conduct research on lightweight and heterogeneous conversion of power transmission models based on CATIA V6. This article constructed a control group and two experimental groups, and conducted 10 tests each. The control group used the original CATIA V6 power transmission model as a comparison group. The experimental group 1 lightweighted the model to simplify the structural elements and ensure that accuracy requirements were met. The experimental group 2 used heterogeneous transformation to replace some structural elements with an adaptation framework or chip that adapts to a specific environment. Then, the article determined the input parameters and keeps them consistent to ensure the accuracy of the comparison. The results showed that experimental group 1 and experimental group 2 had positive impact on model accuracy, computational efficiency and performance evaluation compared with the control group. This shows that lightweight and heterogeneous conversion have a positive impact on the model, providing useful suggestions and guidance for improving the CATIA V6 power transmission model.