Table 2 Comparison models.
Model | Reasons for selection |
|---|---|
Traditional systems | Baseline Comparison: Traditional systems serve as a baseline comparison, highlighting improvements in design accuracy, efficiency, quality, and user satisfaction brought by new technologies such as knowledge graphs and deep semantic understanding Current Situation Reflection: The use of traditional systems remains widespread, especially in industries reliant on manual operations and accumulated experience. Through comparison, it can demonstrate the limitations of traditional methods and the superiority of new systems |
Autodesk Fusion 360 | Integrated Platform: Fusion 360 is a cloud-based product development platform covering the entire process from design to manufacturing Innovation: The system supports advanced features like generative design and topology optimization, demonstrating high innovation and market share Cloud Collaboration: Its cloud-based collaborative design environment enhances team collaboration efficiency, representing modern design systems |
Unigraphics | Long History: Unigraphics is a historically established and powerful system widely used in industrial design and manufacturing Multidisciplinary Simulation: Supports multidisciplinary simulation and optimization, capable of handling complex design tasks, suitable for high-precision industries such as aerospace and automotive manufacturing Stability and Reliability: Known for its stability and reliability, suitable for demanding industrial design requirements |
Ptc Creo | Flexibility: PTC Creo provides a comprehensive toolkit from conceptual design to manufacturing, supporting parametric design, direct modeling, and generative design Engineering Simulation: Includes various engineering simulation and optimization tools to improve design quality and efficiency Wide Application: Widely applied in consumer product design, medical equipment, and industrial manufacturing, demonstrating high practicality |
Computer-aided three-dimensional interactive application (CATIA) | High-Precision Modeling: CATIA is renowned for its high-precision 3D modeling and surface design tools, extensively used in the design and engineering of complex products Systems Engineering: Supports multidisciplinary simulation and systems engineering, suitable for complex product design in aerospace and automotive manufacturing Collaborative Design: Offers powerful collaborative design and management features, enhancing team design efficiency and quality |
