reading material
chapter4 electrical equipment
　unit 1 charging system
　　words and expressions
　　notes
　　exercises
　　reading material
　unit 2 starting system
　　words and expressions
　　notes
　　exercises
　　reading material
　unit 3 ignition system basic
　　words and expressions
　　notes
　　exercises
　　reading material
　unit 4 electronic ignition system
　　words and expressions
　　notes
　　exercises
　　reading material
　unit 5 air bag system:
　　words and expressions
　　notes
　　exercises
　　reading material
　unit 6 air conditioning
　　words and expressions
　　notes
　　exercises
　　reading material
chapter 5 car selling
　unit 1 some basic marketing theory
　unit 2 how to be a good car
参考文献

汽车专业英语(高职高专汽车专业系列教材) 节选

《汽车专业英语》按照高职高专职业技术教育的特点和培养方案，本着“适用、管用、够用”的原则，联系当前汽车技术发展的实际情况，结合知识与实践，精心编写而成。《汽车专业英语》共五章。第1章为汽车发展简史。第2章以发动机为主，共十个单元，包含发动机的工作原理和所有构成，重点突出电控发动机、电控共轨柴油直喷技术。第3章以汽车底盘为主，共十个单元，除了底盘的基本构造，还包含*新的自动变速器、GPS定位导航系统、ABS制动防抱死系统、ESP电控车身稳定系统等。第4章以汽车电器为主，共六个单元。除了电器基本系统，还包括空调和汽车安全气囊系统。第5章为汽车营销英语，包含营销基本原理和销售实务。《汽车专业英语》体例包括课文、生词、注释、练习和阅读材料等环节。阅读材料主要涉及汽车维修、故障诊断和维扩保养设备。练习环节题型多样，既有对课文的巩固，又有相关知识的拓展。图文并茂，将汽车英语的识读、理解、汜忆融会贯通，便于学习和掌握，这是《汽车专业英语》的另一个特色。《汽车专业英语》可用作高职高专汽车相关专业的教材，也适合汽车从业人员阅读和参考。

汽车专业英语(高职高专汽车专业系列教材) 相关资料

插图：Future Auto DevelopmentPTC has conducted a joint study with the center for automotive research, which looks atproduct development in the auto industry. Although the final study won't be available until laterthis year, major conclusions are already known. For example, Auto companies all over the worldtake roughly the same amount of time to develop a new platform, about 24 months. Innovationwill increasingly come from suppliers. Math-bases design, analysis, and CAD will became evenmore important. DFMA, along with design for durability and reliability, will remain the mostimportant design criteria. With electronics success depends on engineers and IT departmentshaving a company-wide view and closer coordination on system components. Engineers will needto know the entire life cycle of a product, from planning to after market support and disposal.An Example of ComplexityTaking a look at the design and development of a wiring harness will demonstrate thecomplexity of such life-cycle approach across electronic, mechanical and software design.Systems definition: This includes translating vehicle electrical specifications into requiredconnections in each system; breaking down the system logically by function; creating blockdiagrams of designs and selecting the right components and connectors.Topology development: This includes translating a conceptual model into an implementaltopology, component placement in vehicle, partitioning the vehicle for the harness, and placinginterconnects based on physical constraints and logical requirements.Physical harness development: This includes translating topology into real-worldconnections, determining physical properties of the harness such as splices, wires, connectors, andother attached parts, performing electronic 3D routing, and developing 2D harness manufacturingdrawings from 3D routings.Schematic release: This is usually the

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