Optimization of Visual Design of Industrial Products Based on 3D Modeling

Computer aided design (CAD) algorithm has a wide application prospect and important significance in visual design optimization of industrial products. Through the application of CAD algorithm, the shape, size, material and other attributes of the product can be transformed into digital information that can be processed by the computer to design and optimize the product, realize the accurate description and optimization of the design scheme, improve the performance of the product, shorten the design cycle and reduce the cost. Aiming at the optimization problem of visual design of industrial products, this article puts forward a solution based on CAD algorithm. Through the simulation study of a given industrial product visual design case, this article compares and analyzes the effects of different design schemes, and puts forward an optimization model based on CAD algorithm. Experiments have confirmed the excellent performance of the model in the training process. The accuracy and recall rate of this model remain at a high level above 90%. Moreover, CAD algorithm has high efficiency and effectiveness in optimizing design scheme, and can find a better design scheme in a short time. Its performance is also relatively stable. Compared with traditional methods, CAD algorithm has obvious advantages in optimizing design scheme. It can significantly improve the efficiency of visual design, and has high practical value and popularization value. © 2024 U-turn Press LLC.