为了帮助工程师避免重复性任务并促进更具创造性、更高效的工厂钢结构设计，Hyundai Engineering 启动了实现结构设计流程自动化的项目。他们想要开发新的物理建模方法并生成分析数字孪生模型。然而，由于许多设计变量可能不匹配并提供不可靠的评估结果，Hyundai 意识到他们需要全面的结构建模和分析技术来更好地考虑可施工性。   Hyundai selected STAAD to apply design automation techniques to a plant steel structure on a sample project. Bentley’s application enhanced structural design efficiency, reliability, and quality, as well as optimized design while considering constructability. Based on the total steel volume in their sample project, the digital solution reduced structural analysis time by 70% and design errors by 50%, expected to save approximately KRW 330 million. The new design automation program adjusts the design variables in real time as the steel structure is modified, facilitating creative and efficient structural design, reducing material steel volumes and lowering the carbon footprint of structural frameworks.