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Innovative Vehicle Design through System-Level Modeling: A Case Study on China Euro Vehicle Technology
技术
- 分析与建模 - 数字孪生/模拟
- 平台即服务 (PaaS) - 应用开发平台
适用行业
- 汽车
- 教育
适用功能
- 产品研发
- 质量保证
用例
- 虚拟现实
- 虚拟培训
服务
- 测试与认证
- 培训
挑战
汽车行业始终面临着创新和满足更高性能标准而不延迟上市时间的压力。这一挑战在中欧汽车技术 (CEVT) 中尤为明显,其中将新技术集成到乘用车中是一个重点。该公司正在开发新技术,以确保现代车辆设计中各种系统的成功集成。现代汽车设计可用的先进技术之一是系统级建模,它使用专门的软件对整个系统的交互进行建模。然而,挑战在于创建一个强大的测试和仿真平台,可以在设计过程的早期阶段验证新汽车技术的功能。
关于客户
中欧汽车技术有限公司(CEVT)是一家专注于将新技术融入乘用车的汽车公司。他们致力于开发新技术,以确保现代车辆设计中各种系统的成功集成。该公司始终面临着创新和满足更高性能标准而不延迟上市时间的压力。他们对系统级建模特别感兴趣,这是一种使用专用软件对整个系统之间的交互进行建模的技术。 CEVT致力于创建一个强大的测试和仿真平台,可以在设计过程的早期阶段验证新汽车技术的功能。
解决方案
CEVT 工程师 Michael Palander 和他的团队决定使用系统级建模来创建强大的测试和仿真平台。他们选择 MapleSim 作为建模和仿真工具,因为它的系统建模组件的 Modelica 标准。该团队的目标是创建一个仿真平台,可以在所谓的“环内”仿真中验证从软件控制器到单个硬件子系统的各种设计组件。为了避免因采用新建模工具而出现的典型减速问题,该团队选择了 Maplesoft Engineering Solutions 提供的定制培训服务。在为期三天的培训计划中,Maplesoft 的建模专家直接与研究团队合作,帮助他们熟练使用 MapleSim。该团队快速完成了模型创建的基础知识,然后继续进行与其特定项目需求相关的培训。
运营影响
相关案例.
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