The evaluation limitation of small sampling during automotive body welding processes was studied.
对汽车车身焊装过程中小样本采样的评价极限进行了研究。
As we all know, most of the automotive body panel and structure are made by sheet metal stamping.
众所周知，汽车的大部分覆盖件和结构件都是薄板冲压件。
Real Time Core based on time slot is introduced and its application in automotive body control is given.
介绍了一种基于时间片的实时内核，并给出了该内核在车身控制中的应用。
Spot welding is the primary joining method used for the construction of the automotive body structure made of steel.
点焊连接是目前钢结构车身各部件之间的主要连接方式。
With increase of aluminum alloy parts in automotive body year after year, the pretreatment technology of aluminum alloy parts is becoming a crucial issue.
随着汽车车身上采用铝合金的比率逐年提高，铝合金材质的涂装前处理技术成为一个重要研究课题。
The automotive body RE generally composed of 3D surface digitalization, data processing, surface reconstruction, CAD 3D modeling and rapid manufacture, etc.
车身RE技术通常涉及三维测量（表面数字化）、数据处理、曲面重构、三维建模及快速制造等相关技术。
In this paper, a automotive body surface measuring instruments with non contact equidistant surface measuring method based on laser triangle measurement has been developed.
介绍了一种基于激光三角法的激光等距非接触测量车身曲面的装置。
Coordinate measuring system (CMM) as a high-performance, high-precision measurement equipment in the white bodywork of automotive body-manufacturing process has been widely used.
三坐标测量系统作为一种高效、高精度的测量机器，在汽车白车身制造过程中得到了广泛应用。
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 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。
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。
Surface treatment is one of the key steps in automotive development, and has great influence on body quality and development cycle.
光顺是汽车开发的关键步骤之一，对汽车车身质量和开发周期有着重大的影响。
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。
Embedded systems are used widely in the automotive sector and are found in a vehicle's engine, navigation system, body electronics and infotainment systems.
嵌入式系统广泛应用于汽车领域，在汽车引擎、导航系统、车身电子和信息娱乐系统中比较常见。
With experience, motor vehicle body repair and automotive painter tradespersons may progress to supervisory positions.
随着经验的积累，汽车车身修复和汽车的喷漆工技工可能进展至主管职位。
Steering and suspension systems are two key systems in affecting body attitude and riding safety in automotive chasis systems.
转向与悬架系统是汽车底盘系统中影响车身姿态和行驶安全性的两大关键系统。
In the modern automotive industry, extensive use of spot-welding in the body, the solder joint failure is the main reason leading to vehicle failure.
在现代汽车工业中，点焊广泛运用在车身中，焊点失效是导致车身失效的主要原因。
Automotive coatings are the coatings used for auto body and auto parts, which include automotive OEM coating, refinishing coating, coating for auto parts and PVC coating.
汽车涂料就是涂装在汽车车辆车身和汽车零部件上的涂料，具体包括汽车车身原厂漆、汽车修补漆、汽车零部件漆以及PVC涂料。
Recently, research on automotive CAN-bus system in domestic has beginning, this paper mainly research on CAN-bus and its Test-Control technology of automobile body electronic convenience system.
近年来，国内关于CAN总线技术在汽车上的应用与研究开始起步，本论文主要针对汽车车身舒适系统的CAN总线及其测控技术方面展开研究。
This cell was manufactured to build and full function test a throttle body for the automotive industry.
该元件制造用于为自动化工业建造和全功能测试，为汽车行业节气门。
The main factor which affecting automotive ride comfort is the vertical vibration of the body.
影响汽车平顺性的主要因素是车身的垂直振动。
Since the algorithm only need one sensor to measure the acceleration of vehicle body without forecasting road profile, it is one of most promising candidate for automotive applications.
由于该算法只需要一个传感器测量车身加速度，不需要预测路面，是一种非常有应用前景的算法。
This product is very well suited for most facilities painting automotive parts and / or body panels.
这种产品适用于汽车零部件或车身。
Whole cooling load of automotive air conditioner consists of three parts, vehicle body heat transfer and ventilating new air heat and condensing moist air heat.
并指出车辆空调冷负荷由三部分冷负荷形式组成：车体冷负荷、新风冷负荷和凝结冷负荷。
The dimensional quality of car body directly relates to vehicle performance, appearance and competitive power on market, so automotive companies pay close attention to auto-body assembly quality.
车身尺寸偏差的大小直接影响到整车的使用性能和外观质量，进而影响到市场竞争力，因此各汽车公司对车身装配质量均予以高度重视。
The paper examines a vast body of research, which looked at the model from different perspectives, and critically explores its potential benefits and drawbacks in the automotive industry.
本文考察了大量的研究内容，这些研究内容都是从不同的角度来研究的分析模型，用批判性的眼光探索了在汽车制造产业中的潜在利益和劣势。
Typical automotive applications include painted exterior body panels, instrument panel substrates, remote locking keypads and tailgate upper air deflectors.
典型的汽车应用包括车身外板画，仪表板基板，远程锁定键盘和挡板高空偏转。
Thermal-regulation model of human body, Automotive air conditioning ; CFD; Temperature field; Numerical simulation;
人体热力模型；汽车空调；计算流体动力学；温度场；数值模拟；
Automotive engineering development processes are growing more dependent on the use of muti-body dynamic (MBD) models for generating vehicle loads.
当今汽车工业开发过程中越来越依赖于多体动力学模型预测车辆载荷。
Application range: Apply to cleaning doors, seats (leather or velvet cotton), carpet, car body, glass and other automotive products.
适用于清洗汽车的天花板、坐垫(真皮或绒棉)、方向坐标台、地毯、车身、玻璃和各种汽车用品。
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