The development features of the modern automotive body design is analysed, and the application of aerodynamics and human engineering to the automotive body design is also introduced in this paper.
分析了现代汽车车身开发的特点，介绍了空气动力学和人体工程学在汽车车身设计中的应用。
This means that it can prove difficult for an automotive designer (for example) to use a Registered design to a car body panel to prevent competitors making and selling similar body panels.
这就意味着比如汽车外观设计者，将很难利用已进行外观设计注册的汽车覆盖件来阻止竞争者制造和销售相似的车体覆盖件。
The traditional development process of automotive body is shown as following order: conceptual design, detailed design, process planning, fixture and jig design, and then manufacturing and assembly.
传统的车身开发流程是按照概念设计、详细设计、制定工艺流程、设计工装夹具、加工及装配程序进行的。
This paper introduces some key technologies of automotive body, auto-shape and quick-design system, including parametric vehicle body, control structure of vehicle assembly, knowledge database, etc.
介绍了汽车车身自动设计和快速成形的计算机辅助设计系统的几个关键技术：汽车车身参数化，汽车车身装配的控制结构，设计专家知识库等。
This paper introduces some key technologies of automotive body, auto-shape and quick-design system, including parametric vehicle body, control structure of vehicle assembly, knowledge database, etc.
介绍了汽车车身自动设计和快速成形的计算机辅助设计系统的几个关键技术：汽车车身参数化，汽车车身装配的控制结构，设计专家知识库等。
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