汽车外文翻译 外文文献 中国汽车工业及其全球化

中国汽车工业及其全球化（节译）

摘要：

由于改革开放政策的实行，中国汽车行业的实现了飞速的发展，特别是在20世纪90年代初期。中国政府一直鼓励国内和合资公司通过引进日本和欧美的汽车及其零部件制造商的直接投资，来向中国内部扩张。中国的目标是在2020年成为全球车业举足轻重的角色。本文旨在分析中国的汽车工业目前存在的优势和弱点，并且讨论如果中国汽车行业如果要实现全球化，什么将是它所需要的。本文将侧重点放在“与合资企业相关的政府政策”，“市场拓展”，“如何解决规模和范围问题”以及“需要解决的质量问题”这些点上----如果中国车企想与西方国家更先进的汽车企业一争高下的话。最后，中国汽车企业在发达经济体市场参与中是难还是易？本文将对此进行探讨评估。

出口潜力分析结论：

很显然，中国的国内汽车生产商不足以对世界上先进的汽车厂商形成的严峻挑战。最近关于安全性和废气排放测试的实验中，给中国的汽车制造商之间带来了更严峻的气氛，但这不应该是西方汽车厂家得意的理由。中国将借鉴他们的经验，很可能在未来几年内，将缩小在设计和技术方面与西方的差距。当中国汽车开始进入西方市场，甚至像奇瑞这种在中国享有良好的声誉的汽车公司将大力跟进，它将采取低价策略进入欧美市场，估计比美国或欧洲等值商品低30％。此外，中国企业将要面对经销商建立的巨额成本，而在美国，将需要至少250个经销网点，其初始建设成本可能削弱其企业竞争力。

全文结论：

从上述很明显，中国汽车品牌在全球汽车领域走向强大的道路上有它极其强大的力量，并且这已经不是它走得是否好的问题了，而是中国本土汽车制造商什么时候能够有足够的准备，试图渗透进先进的并且已经饱和的西方和日本汽车市场。然而，有充分的证据表明，在大约五到十年间这将不难看到。而且它发生的时候，中国的汽车制造商将按照以前日本和韩国走过的道路，以比日韩更快的速度扩张。

在中国进入欧美日韩汽车市场之前，中国需要处理其自主汽车行业所面临的严重问题。这些措施包括着手采取一些合理化的政策，通过关闭或接管和兼并的方式来取

缔实力较弱的企业，留下那些足够大，并且有能力能够挑战西方跨国公司的汽车公司。这将是不容易的，可能引起北京当局和地方政府之间的一些冲突，导致定向兼并和工厂倒闭。更大程度的合理化，对于与汽车行业的相连的行业也是十分必要的。

从技术的角度而言，中国企业缺乏一定的知识产权。在向西方出口之前，中国汽车行业需要发展一个更加综合的，并在行业内具有更高水平的设计，研发，安全和质量的产品的能力，并因此减少目前对西部企业的依赖。如果在短期至中期这确实太困难的话，仍然是有其他方法的，比如政府可以改变一些政策，放宽合资企业的成立条件，并鼓励新的项目形式，这样使合资企业对中国企业出口远景方面起到一定的帮助。需要说明的是，西方公司可能并不热衷于出口中国制造的产品，因为中国制造将与自己的国内产品直接竞争。最后，中国汽车企业需要在美国欧洲建立分销渠道和销售网络。在此期间，西方生产者也不能停滞不前，但也中国不会。他们终究会来的！

The Chinese Car Industry and Globalization

Tom Donnelly,

Faculty of Business

Coventry University, UK

Abstract:

Since the beginning of the Open Door policy, the Chinese car industry has grown rapidly particularly from the early 1990s. The national government has encouraged both domestic and joint venture firm expansion through inwards foreign direct investment by western and Japanese car and component manufacturers. The objective is that China becomes a major player in the global car industry by 2020. This paper intends analyzing the current strengths and weaknesses of the Chinese automotive industry and will discuss what is required if the industry is to grow globally. It will focus on government policy in relation to joint ventures, market expansion, how problems of scale and scope and quality need to be tackled if the Chinese are to compete against more advanced firms in the west. Finally, it will assess how easy or difficult it will be for Chinese firms to penetrate markets in the developed economies.

Export Potential Conclusion:

It is clear that China’s domestic car producers are not yet in a position to mount a serious challenge in the world’s advanced car markets. Recent experiences over safety and emission tests have brought about a more sober mood among China’s car producers, but that ought not to give rise to any kind of complacency in the west. The Chinese will learn from their experiences and it is likely the gaps in design and technology will narrow in coming years. When Chinese cars do begin to penetrate western markets, even firms like Chery which enjoy a good reputation in China will be forced to follow a low price strategy with prices estimated to being approximately 30 per cent below their US or European equivalents. Moreover, Chinese firms will have to face the cost of building up dealerships and in the US this would entail a minimum of 250 outlets whose initial set-up costs could mitigate against firm competitiveness.

Conclusion：

From the foregoing it is obvious that China is well on its way to being an extremely potent

force in the global car industry and that it is not a question of if, but when its domestic automotive producers are adequately prepared to try to penetrate the advanced, saturated markets of the West and of Japan. However the weight of evidence indicates that this will not be a serious position for circa five to ten years and when it happens, Chinese producers will follow the path previously trodden by Japan and Korea, but at a much quicker pace.

Before this can occur the Chinese need to deal with the serious problems confronting their industry. These include the need to embark on a policy of rationalisation to weed out the weaker firms either through closure or by take-over and merger, leaving possibly only a dozen or so large concerns that are capable of challenging western multinationals. This will not be easy and may require an element of confrontation between the Bejing authorities and provinical governments, leading to directed mergers and factory closures. An even greater degree of rationalisation will be required on the component side of the industry.

Technically Chinese firms are light on the possession of intellectual property and it is thought that before trying to export to the west they will need to develop a much more integrated industry capable of high levels of design, R&D, product safety and quality and so lessen the current dependency on western firms. If this proves too difficult in the short to medium term, there always remains the option of changes in government policy to reduce the restrictions on joint ventures and encourage new forms of projects so that JV firms can assist Chinese firms in their desire to export. The caveat is that western firms may not be keen to export their Chinese made products which would compete against their own domestic products. Finally, it will take time for Chinese firms to build up distribution and dealership networks in Europe and America. In the meantime, western producers will not be standing still but neither will the Chinese. –they are coming!

汽车专业毕业设计外文翻译

On the vehicle sideslip angle estimation through neural networks: Numerical and experimental results. S. Melzi,E. Sabbioni Mechanical Systems and Signal Processing 25 (2011)：14~28 电脑估计车辆侧滑角的数值和实验结果 S.梅尔兹,E.赛博毕宁 机械系统和信号处理2011年第25期：14~28

摘要 将稳定控制系统应用于差动制动内/外轮胎是现在对客车车辆的标准（电子稳定系统ESP、直接偏航力矩控制DYC）。这些系统假设将两个偏航率(通常是衡量板)和侧滑角作为控制变量。不幸的是后者的具体数值只有通过非常昂贵却不适合用于普通车辆的设备才可以实现直接被测量,因此只能估计其数值。几个州的观察家最终将适应参数的参考车辆模型作为开发的目的。然而侧滑角的估计还是一个悬而未决的问题。为了避免有关参考模型参数识别/适应的问题,本文提出了分层神经网络方法估算侧滑角。横向加速度、偏航角速率、速度和引导角,都可以作为普通传感器的输入值。人脑中的神经网络的设计和定义的策略构成训练集通过数值模拟与七分布式光纤传感器的车辆模型都已经获得了。在各种路面上神经网络性能和稳定已经通过处理实验数据获得和相应的车辆和提到几个处理演习(一步引导、电源、双车道变化等)得以证实。结果通常显示估计和测量的侧滑角之间有良好的一致性。 1 介绍 稳定控制系统可以防止车辆的旋转和漂移。实际上，在轮胎和道路之间的物理极限的附着力下驾驶汽车是一个极其困难的任务。通常大部分司机不能处理这种情况和失去控制的车辆。最近,为了提高车辆安全，稳定控制系统(ESP[1,2]; DYC[3,4])介绍了通过将差动制动/驱动扭矩应用到内/外轮胎来试图控制偏航力矩的方法。 横摆力矩控制系统（DYC）是基于偏航角速率反馈进行控制的。在这种情况下,控制系统使车辆处于由司机转向输入和车辆速度控制的期望的偏航率[3,4]。然而为了确保稳定，防止特别是在低摩擦路面上的车辆侧滑角变得太大是必要的[1,2]。事实上由于非线性回旋力和轮胎滑移角之间的关系，转向角的变化几乎不改变偏航力矩。因此两个偏航率和侧滑角的实现需要一个有效的稳定控制系统[1,2]。不幸的是,能直接测量的侧滑角只能用特殊设备(光学传感器或GPS惯性传感器的组合)，现在这种设备非常昂贵,不适合在普通汽车上实现。因此, 必须在实时测量的基础上进行侧滑角估计，具体是测量横向/纵向加速度、角速度、引导角度和车轮角速度来估计车辆速度。 在主要是基于状态观测器/卡尔曼滤波器(5、6)的文学资料里, 提出了几个侧滑角估计策略。因为国家观察员都基于一个参考车辆模型,他们只有准确已知模型参数的情况下，才可以提供一个令人满意的估计。根据这种观点,轮胎特性尤其关键取决于附着条件、温度、磨损等特点。 轮胎转弯刚度的提出就是为了克服这些困难,适应观察员能够提供一个同步估计的侧滑角和附着条件[7,8]。这种方法的弊端是一个更复杂的布局的估计量导致需要很高的计算工作量。 另一种方法可由代表神经网络由于其承受能力模型非线性系统，这样不需要一个参

外文文献翻译：汽车的发展

The development of automobile As the world energy crisis and the war and the energy consumption of oil -- and are full of energy in one day someday it will disappear without a trace. Oil is not inresources. So in oil consumption must be clean before finding a replacement. With the development of science and technology the progress of the society people invented the electric car. Electric cars will become the most ideal of transportation. In the development of world each aspect is fruitful especially with the automobile electronic technology and computer and rapid development of the information age. The electronic control technology in the car on a wide range of applications the application of the electronic device cars and electronic technology not only to improve and enhance the quality and the traditional automobile electrical performance but also improve the automobile fuel economy performance reliability and emission spurification. Widely used in automobile electronic products not only reduces the cost and reduce the complexity of the maintenance. From the fuel injection engine ignition devices air control and emission control and fault diagnosis to the body auxiliary devices are generally used in electronic control technology auto development mainly electromechanical integration. Widely used in automotive electronic control ignition system mainly electronic control fuel injection system electronic control ignition system electronic control automatic transmission electronic control ABS/ASR control system electronic control suspension system electronic control power steering system vehicle dynamic control system the airbag systems active belt system electronic control system and the automatic air-conditioning and GPS navigation system etc. With the system response the use function of quick car high reliability guarantees of engine power and reduce fuel consumption and emission regulations meet standards. The car is essential to modern traffic tools. And electric cars bring us infinite joy will give us the physical and mental relaxation. Take for example automatic transmission in road can not on the clutch can achieve automatic shift and engine flameout not so effective improve the driving convenience lighten the fatigue strength. Automatic transmission consists mainly of hydraulic torque converter gear transmission pump hydraulic control system electronic control system and oil cooling system etc. The electronic control of suspension is mainly used to cushion the impact of the body and the road to reduce vibration that car getting smooth-going and stability. When the vehicle in the car when the road uneven road can according to automatically adjust the height. When the car ratio of height low set to gas or oil cylinder filling or oil. If is opposite gas or diarrhea. To ensure and improve the level of driving cars driving stability. Variable force power steering system can significantly change the driver for the work efficiency and the state so widely used in electric cars. VDC to vehicle performance has important function it can according to the need of active braking to change the wheels of the car car motions of state and optimum control performance and increased automobile adhesion controlling and stability. Besides these appear beyond 4WS 4WD electric cars can greatly improve the performance of the value and ascending simultaneously. ABS braking distance is reduced and can keep turning skills effectively improve the stability of the directions simultaneously reduce tyre wear. The airbag appear in large programs protected the driver and passengers safety and greatly reduce automobile in collision of drivers and passengers in the buffer to protect the safety of life. Intelligent electronic technology in the bus to promote safe driving and that the other functions. The realization of automatic driving through various sensors. Except some smart cars equipped with multiple outside sensors can fully perception of information and traffic facilities

外文翻译---汽车车身总布置的方法

附录 Modern car’s design always stresses people-oriented, so safety, comfort, Environmental protection and energy saving have been the design theme And target in car design. Ergonomics layout design is not only relate to the effective use of internal space and improve car’s comfort and safety Performance, but it will also impact internal and external modeling results, and further affects the vehicle's overall performance and marketability.Soergonomics’application and research during car design and development process occupy an important position.After more than 50 years of construction and development, China’s Automobile industry has become the leading power of automobile production and consumption in the world. In particular, with the rise and rapid de velopment of independent brand’s vehicles, we pay more attention To the development processes and the technical requirements of hard Points’ layout. Through the three typical processes such as modern vehicle developing Process, body development process and using ergonomic to progress Inner auto-body layout, describe ergonomic layoationship between design, Aunt design in which stage of the process of vehicle development, the red The importance of working steps. The automobile body total arrangement is the automobile design most initial is also the most essential step, is other design stage premise and the foundation, to a great extent is deciding the body design success or failure. Picks generally in the actual design process With by forward and reverse two design method (1) to design (from inside to outside law) to design method namely "humanist", is coming based on the human body arrangement tool to define the pilot and the crew member gradually rides the space and the vehicle comes to pay tribute each article the arrangement, take satisfies the human body to ride with the driving comfortableness as the premise, said simply is determined first satisfies the human body to ride under the comfortable premise, carries on the indoor arrangement first, then carries on the complete bikes external styling design again. The concrete method and the step are as follows: ①Determine 5% and 95% manikin H position and the chair by the SAE recommendation's enjoyable line or the region law adjustment traveling schedule, seat

汽车保险中英文对照外文翻译文献

汽车保险中英文对照外文翻译文献(文档含英文原文和中文翻译)

汽车保险 汽车保险是在事故后保证自己的财产安全合同。尽管联邦法律没有强制要求，但是在大多数州（新罕布什和威斯康星州除外）都要求必须购买汽车保险；在各个州都有最低的保险要求。在鼻腔只购买汽车保险的两个州，如果没有足够的证据表明车主财力满足财务责任法的要求，那么他就必须买一份汽车保险。就算没有法律规定，买一份合适的汽车保险对司机避免惹上官和承担过多维修费用来说都是非常实用的。 依据美国保险咨询中心的资料显示，一份基本的保险单应由6个险种组成。这其中有些是有州法律规定，有些是可以选择的，具体如下： 1.身体伤害责任险 2.财产损失责任险 3.医疗险或个人伤害保护险 4.车辆碰撞险 5.综合损失险 6.无保险驾驶人或保额不足驾驶人险 责任保险 责任险的投保险额一般用三个数字表示。不如，你的保险经纪人说你的保险单责任限额是20/40/10，这就代表每个人的人身伤害责任险赔偿限额是2万美元，每起事故的热身上海责任险赔偿限额是4万美元，每起事故的财产损失责任险的赔偿限额是1万美元。 人身伤害和财产损失责任险是大多数汽车保险单的基础。要求汽车保险的每个州都强令必须投保财产损失责任险，佛罗里达是唯一要求汽车保险但不要求投保人身伤害责任险的州。如果由于你的过错造成了事故，你的责任险会承担人身伤害、财产损失和法律规定的其他费用。人身伤害责任险将赔偿医疗费和误工工资；财产损失责任险将支付车辆的维修及零件更换费用。财产损失责任险通常承担对其他车辆的维修费用，但是也可以对你的车撞坏的灯杆、护栏、建筑物等其他物品的损坏进行赔偿。另一方当事人也可以决定起诉你赔偿精神损失。

汽车变速器设计外文翻译

汽车变速器设计 ----------外文翻译 我们知道，汽车发动机在一定的转速下能够达到最好的状态，此时发出的功率比较大，燃油经济性也比较好。因此，我们希望发动机总是在最好的状态下工作。但是，汽车在使用的时候需要有不同的速度，这样就产生了矛盾。这个矛盾要通过变速器来解决。 汽车变速器的作用用一句话概括，就叫做变速变扭，即增速减扭或减速增扭。为什么减速可以增扭，而增速又要减扭呢？设发动机输出的功率不变，功率可以表示为 N = w T，其中w是转动的角速度，T是扭距。当N固定的时候，w与T是成反比的。所以增速必减扭，减速必增扭。汽车变速器齿轮传动就根据变速变扭的原理，分成各个档位对应不同的传动比，以适应不同的运行状况。 一般的手动变速器内设置输入轴、中间轴和输出轴，又称三轴式，另外还有倒档轴。三轴式是变速器的主体结构，输入轴的转速也就是发动机的转速，输出轴转速则是中间轴与输出轴之间不同齿轮啮合所产生的转速。不同的齿轮啮合就有不同的传动比，也就有了不同的转速。例如郑州日产ZN6481W2G型SUV车手动变速器，它的传动比分别是：1档3.704:１；2档2.202:1；3档1.414:1；4档1:1；5档（超速档）0.802:1。 当汽车启动司机选择1档时，拨叉将1/2档同步器向后接合1档齿轮并将它锁定输出轴上，动力经输入轴、中间轴和输出轴上的1档齿轮，1档齿轮带动输出轴，输出轴将动力传递到传动轴上（红色箭头）。典型1档变速齿轮传动比是3:1,也就是说输入轴转3圈，输出轴转1圈。 当汽车增速司机选择2档时，拨叉将1/2档同步器与1档分离后接合2档齿轮并锁定输出轴上，动力传递路线相似，所不同的是输出轴上的1档齿轮换成2档齿轮带动输出轴。典型2档变速齿轮传动比是2.2:1，输入轴转2.2圈，输出轴转1圈，比1档转速增加，扭矩降低。

汽车制动系统(机械、车辆工程毕业论文英文文献及翻译)

Automobile Brake System汽车制动系统 The braking system is the most important system in cars. If the brakes fail, the result can be disastrous. Brakes are actually energy conversion devices, which convert the kinetic energy (momentum) of the vehicle into thermal energy (heat).When stepping on the brakes, the driver commands a stopping force ten times as powerful as the force that puts the car in motion. The braking system can exert thousands of pounds of pressure on each of the four brakes. Two complete independent braking systems are used on the car. They are the service brake and the parking brake. The service brake acts to slow, stop, or hold the vehicle during normal driving. They are foot-operated by the driver depressing and releasing the brake pedal. The primary purpose of the brake is to hold the vehicle stationary while it is unattended. The parking brake is mechanically operated by when a separate parking brake foot pedal or hand lever is set. The brake system is composed of the following basic components: the “master cylinder” which is located under the hood, and is directly connected to the brake pedal, converts driver foot’s mechanical pressure into hydraulic pressure. Steel “brake lines” and flexible “brake hoses” connect the master cylinder to the “slave cylinders” located at each wheel. Brake fluid, specially designed to work in extreme conditions, fills the system. “Shoes” and “pads” are pushed by the slave cylinders to contact the “drums” and “rotors” thus causing drag, which (hopefully) slows the c ar. The typical brake system consists of disk brakes in front and either disk or drum brakes in the rear connected by a system of tubes and hoses that link the brake at each wheel to the master cylinder (Figure). Basically, all car brakes are friction brakes. When the driver applies the brake, the control device forces brake shoes, or pads, against the rotating brake drum or disks at wheel. Friction between the shoes or pads and the drums or disks then slows or stops the wheel so that the car is braked.

汽车外文翻译

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