当今的工程部门必须开发出将机械功能与电子器件和控件密切集成的智能产品，采用新的材料和制造方法，并在越来越短的设计周期内交付新设计。这一目标要求目前用于产品性能验证的工程实践发展成为一种数字双生方法，该方法使您能够在由系统驱动的产品开发中遵循更加具有预测能力的流程。
Simcenter™ 软件的独特之处在于它将系统仿真、3D CAE 和测试集于一身，可帮助您在早期和整个产品生命周期内预测所有关键属性的性能。Simcenter 将基于物理场的仿真与通过数据分析得出的洞察相结合，帮助您优化设计并且更快更可靠地交付创新。
当今的工程部门必须开发出将机械功能与电子器件和控件密切集成的智能产品，采用新的材料和制造方法，并在越来越短的设计周期内交付新设计。这一目标要求目前用于产品性能验证的工程实践发展成为一种数字双生方法，该方法使您能够在由系统驱动的产品开发中遵循更加具有预测能力的流程。
Simcenter™ 软件的独特之处在于它将系统仿真、3D CAE 和测试集于一身，可帮助您在早期和整个产品生命周期内预测所有关键属性的性能。Simcenter 将基于物理场的仿真与通过数据分析得出的洞察相结合，帮助您优化设计并且更快更可靠地交付创新。
Learn how Simcenter unleashes your creativity, granting you the freedom to innovate, and allowing you to deliver the products and processes of tomorrow, today.
University of Maryland uses leading PLM technology to empower the next generation of engineers and scientists
See all Success Stories了解如何根据 ISO 3744 标准执行 ISO 声功率测试并遵守欧洲噪音排放指令。
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仿真和测试如何帮助定义燃油的最佳替代品
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The academic bundles by Simcenter are specifically designed to help students get familiar and confident with high-end industrial simulation and testing solutions. We aim to empower the next generation engineers with the right engineering skills to start building a successful professional career.
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