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3000-4000字？！我劝你还是先找到英文文献再来百度问翻译的事情吧，这不是一般的翻译量啊，一般的上班的或者在学校的学生哪有时间给你翻译啊？再说在百度上问到的免费翻译你觉得可信么？给你推荐一家专业的翻译公司吧，沈阳美东旭翻译公司，他们是来自美国的翻译公司，有15年翻译行业经验，拥有积累多年的术语库，并且如果你有需要的话，可以为你提供以英语为母语的专业外籍人士进行翻译和校对哦，希望能对你有帮助。
一、毕业论文的选题选题是论文写作的首要环节。选题的好坏直接关系到论文的学术价值和使用价值，新颖性、先进性、开创性、适用性以及写作的难易程度等。下面重点谈谈选题的原则：1．要客观需要，颇有价值。选题要根据我国经济建设的需要，具有重大的理论和实用价值。例如“企业联盟问题研究”，就是这样。正如一汽集团李启祥副总经理说，我国汽车与国外的汽车竞争，无论是技术、质量、品牌、功能、成本和规模经济等都比不过人家，只能靠一体化，战略联盟，与“大众”合资进入世界大汽车集团，靠国外发展自己。因此，关于战略联盟的研究，既满足了我国经济建设的需要，又具有重大的理论和实用价值。2．要捕捉灵感，注重创新。论文的生命在于创新。创新的含义非常广泛，是指一种新的观点，创立新说，新的论据(新材料)，新的补充，新的方法，新的角度。也有人说创新指研究的内容是新的，方法是新的，内容与方法都是新的。还有人认为创新指独特见解，提出前人未曾提出过的问题，纠正前人的错误观点，对前人成果进一步深化、细化、量化和简化等。由上可见，一篇论文总要有一点创新，否则就算不上真正的论文。创新靠灵感，灵感靠积累。只有在长期的艰苦砥砺中才能偶然产生一点思想的火花，而这稍纵即逝的思想火花就可能变成学术创新的起点。
具体的范文模板链接： 提取码: ne8r
汽车，即本身具有动力得以驱动，不须依轨道或电力架设，得以机动行驶之车辆。广义来说，具有四轮行驶的车辆，普遍多称为汽车。虽然，长久以来学术各界对“谁是第一位汽车发明者”皆有不同的看法及论述，未有完全一致性的看法，但是，绝大部份学者皆将德国工程师卡尔·本茨视为第一位发明者。美国人亨利·福特首先大量生产平价汽车，是使汽车得以普及化的人。汽车（Car，卡尔·本茨发明）是一种现代交通工具，英文原译为“自动车”，在日本也称“自动车”（日本汉字中的汽车则是指我们所说的火车），其他文种也多称为“自动车”，只有在中国例外。由动力驱动，具有四个或四个以上车轮的非轨道承载的车辆，主要用于：——载运人员和/或货物（物品）；——牵引载运货物（物品）的车辆或特殊用途的车辆；——专项作业。本术语还包括：a）与电力线相联的车辆，如无轨电车；b) 整车整备质量超过 400kg的不带驾驶室的三轮车辆；c) 整车整备质量超过 600kg的带驾驶室的三轮车辆。
Electronic brakeforce distribution or EBD or EBFD is an automobile brake technology that automatically varies the amount of force applied to each of a vehicle's brakes, based on road conditions, speed, loading, etc. Always coupled with anti-lock braking systems, EBD can apply more or less braking pressure to each wheel in order to maximize stopping power whilst maintaining vehicular control.[1][2] Typically, the front end carries the most weight and EBD distributes less braking pressure to the rear brakes so the rear brakes do not lock up and cause a skid.[3]How ABS worksUnder heavy braking, vehicle wheels may lock-up. The anti-lock braking system (ABS) monitors wheel speeds and releases pressure on individual wheel brake lines, rapidly pulsing individual brakes to prevent lock-up. During heavy braking, preventing wheel lock-up helps the driver maintain steering control. Modern ABS has four individual brake lines for each wheel, enabling different braking pressure on different road surfaces. For example, less braking pressure is needed to lock a wheel on ice than a wheel which on bare asphalt. If the left wheels are on asphalt and the right wheels are on ice, during an emergency stop, ABS detects the right wheels about to lock and reduces braking force on the right wheels, helping to avoid lock-up and loss of vehicle EBD worksAs per SAE technical paper #920646 - Buschmann et al. "The job of the EBD as a subsystem of the ABS system is to control the effective adhesion utilization by the rear wheels. The pressure of the rear wheels is approximated to the ideal brake force distribution in a partial braking operation. To do so, the conventional brake design is modified in the direction of rear axle overbraking, and the components of the ABS are used. EBD reduces the strain on the hydraulic brake force proportioning valve in the vehicle. EBD optimizes the brake design with regard to: adhesion utilization; driving stability; wear; temperature stress; and pedal force."EBD may work in conjunction with ABS and Electronic Stability Control ("ESC") to minimize yaw accelerations during turns. ESC compares steering wheel angle to vehicle turning rate using a yaw rate sensor. "Yaw" is the vehicle's rotation around its vertical center of gravity (turning left or right). If the yaw sensor detects more/less yaw than the steering wheel angle should create, the car is understeering or oversteering and ESC activates one of the front or rear brakes to rotate the car back into its intended course. For example, if a car is making a left turn and begins to understeer (the car plows forward to the outside of the turn) ESC activates the left rear brake, which will help turn the car left. The sensors are so sensitive, and the actuation is so quick that the system may correct direction before the driver reacts. ABS helps prevent wheel lock-up and EBD helps apply appropriate brake force to make ESC work effectively.
How Manual Transmissions Work by Marshall Brain If you drive a stick-shift car, then you may have several questions floating in your head. How does the funny "H" pattern that I am moving this shift knob through have any relation to the gears inside the transmission? What is moving inside the transmission when I move the shifter? When I mess up and hear that horrible grinding sound, what is actually grinding? What would happen if I were to accidentally shift into reverse while I am speeding down the freeway? Would the entire transmission explode? In this article, we'll answer all of these questions and more as we explore the interior of a manual transmission. Cars need transmissions because of the physics of the gasoline engine. First, any engine has a redline -- a maximum rpm value above which the engine cannot go without exploding. Second, if you have read How Horsepower Works, then you know that engines have narrow rpm ranges where horsepower and torque are at their maximum. For example, an engine might produce its maximum horsepower at 5,500 rpm. The transmission allows the gear ratio between the engine and the drive wheels to change as the car speeds up and slows down. You shift gears so the engine can stay below the redline and near the rpm band of its best performance. Photo courtesy DaimlerChrysler Mercedes-Benz Actros, manual transmission. See more transmission pictures. Ideally, the transmission would be so flexible in its ratios that the engine could always run at its single, best-performance rpm value. That is the idea behind the continuously variable transmission (CVT). A CVT has a nearly infinite range of gear ratios. In the past, CVTs could not compete with four-speed and five-speed transmissions in terms of cost, size and reliability, so you didn't see them in production automobiles. These days, improvements in design have made CVTs more common. The Toyota Prius is a hybrid car that uses a CVT. The transmission is connected to the engine through the clutch. The input shaft of the transmission therefore turns at the same rpm as the engine
不断增加的城市空气污染 经过20年的改革开放，中国私人汽车数量迅速增加，汽车开始进入普通人的家庭生活。汽车需求的迅猛增长是推动2002年中国经济增长的重要力量。去年汽车制造商制造并销售了325万辆，比2001年增长了37%。此外，去年载客汽车的销售首次突破了100万大关，猛增56%，达到了万辆。 2001年后加入世界贸易组织（WTO），中国已经将汽车的进口关税从70-90%降低到44-51%，到2005年将进一步降低到25%。随着汽车价格的下降以及中国人较低的汽车拥有量，中国的汽车市场将会进一步繁荣。 随着轿车进入家庭，主要城市及近郊的交通拥挤状况会进一步加剧，从而使汽车废气排放问题更加严重。中国有2000万辆汽车和1亿辆摩托车，而其中大多数都在城市。在城市环境污染物中，汽车所排放的氮氧化物占到了45至60%，而一氧化碳则占到了85%。因此，中国城市居民所吸入的劣质空气主要是由汽车所排放的废气造成的。 除非政府愿意牺牲这方面的经济支柱产业，限制上路汽车数量。因此，要控制汽车废气排放问题，利用电子技术来减少汽车的废气排放是解决方案之一。 排放标准 2001年底，中国政府宣布对中国三大汽车制造商降低30%的汽车消费税，前提是他们所制造的汽车得满足欧II标准。六个月后，在第三届中国亚洲清洁燃料国际会议上，政府的另一项声明进一步表明了控制汽车排放的决心。声明称，北京将从2003年1月开始对在北京销售的机动车辆实行欧II标准，并计划于2005年实施欧III标准。 要控制废气排放所面临的挑战并不仅仅是要设计一个具有清洁燃烧能力的完美发动机，还要利用合适的半导体电子器件对发动机的燃烧过程进行合理的控制。英飞凌为今天的发动机管理平台提供了所需要的单片机、传感器和功率半导体器件。 用于动力总成系统的半导体器件 为控制废气排放量，可利用半导体传感器来精确测量吸入空气的成份。利用单片机快速计算出所使用的燃料数量，然后再起动燃料喷射器。由于有正确的空气-燃料比，因此可以达到近乎完美的燃烧状态，从而使废气的排放达到最少。 汽车动力总成应用中需要多个传感器来将"真实"环境与电子部分连接起来。基于半导体的传感器专用于测量速度、位置、温度和压力。对于动力总成应用来说，最大的变化趋势是利用集成了传感器单元和信号处理部分的有源传感器来代替过去的被动式传感器。由于需要更精确地测量发动机的状态，因此这一趋势发展很快。 在通过传感器测量到发动机的状态以后，单片机就可以处理这些数据并提供合适的控制信号来控制致动器的动作。单片机是利用逻辑技术制造的，而集成度的提高使得可以将功能强大的处理器与外设集成在一起。目前的趋势是将DSP功能集成进来，从而允许实现更为复杂和精确的信号处理软件算法。这样就可用软件实现以前采用硬件实现的功能。 一旦单片机"知道"下一步该做什么，单片机就发送合适的信号到致动器。通常，致动器需要高电压或者大电流才能动作。因此，需要利用功率半导体器件来驱动致动器，如燃料喷射器或火花塞。过去几年里，功率半导体技术的发展主要集中于优化现有系统的成本和部分集成。这产生了能够集成功率输出级（DMOS或双极）、模拟电路和数字逻辑的混合集成技术（BCD）。高集成度功率器件的优势是可以支持诊断，从而可使系统具有更好的可靠性（动力总成是汽车中的关键应用）。同时，这还可使最终产品所需要的外部器件数量大大降低。 系统解决方案 目前的动力总成电子控制单元（ECU）中，电子器件部分主要是半导体器件。 半导体传感器 传感器位于动力总成系统的前端。传感器用来测量物理参数，如水温、空气压力以及发动机曲轴的转动速度。这些数据非常关键，它们为闭环控制系统提供了关键信息。除了温度传感、压力传感和霍尔传感器以外，微机械技术还带来了崭新的加速和偏向角速度传感器，同时还允许利用标准晶圆制造工艺集成信号处理电路和数字化电路。 1.温度传感器 根据扩展电阻原理，线性和稳定的半导体传感器可低成本地替代镍或铂金属膜传感器，同时还可提供比PTC热电阻技术上更优越的器件。 2.位置和速度传感器 动态差分霍尔IC可以测量曲轴或凸轮轴速度、传动速度和车轮速度。通过使用位于单个芯片上的两个霍尔单元，一个差分放大器和处理电路，可以测量到磁场差。这意味着可以将温度漂移、制造容差和外部电磁环境等破坏性环境影响降到最小。同样的信号水平，与单片机的接口要比采用旧式的有感线圈简单得多、便宜得多。 英飞凌新开发的TLE4925C特别适合曲轴应用。其集成电路（基于霍尔效应）提供了频率与转速成正比的数字信号输出。额外的自校正模块提供最优的精度。利用新的模块型封装所集成的滤波器电容器可以减少干扰。 3.进气管绝对压力/大气绝对压力传感器 在新一代传感器中，复杂的处理电路完全集成在传感器芯片上。随着表面微机械技术得以在标准BiCMOS工艺进行微机械加工，利用其技术制造的传感器称为MEMS(微电子机械系统)。利用微机械技术，可以制作出厚度仅有400 m的多晶硅薄膜。这些薄膜构成在芯片上的多个电容器和两个参考电容器。信号则源于压感区域和参考区域的差别。 由于需要利用模拟的绝对压力传感器来测量进气管绝对压力和大气绝对压力，因此标准BiCMOS技术就特别重要。这是因为需要复杂的电路来提供模拟输出信号，进行线性化和偏差补偿。一个MAP传感器测量进气管中空气的绝对压力，并为发动机管理系统提供一个重要的参数（空气体积）。另一方面，一个BAP传感器则测量环境空气压力（是汽车高度的函数），这也是发动机管理系统所需要的同样重要的一个参数（空气密度）。有了这两个参数，就可算出空气的质量，并利用算出的空气质量来决定喷入多少燃料以实现最佳的燃烧。英飞凌的BAP传感器KP120适用于柴油和汽油发动机的管理。 单片机 单片机是动力总成系统的大脑。实时运行的高度复杂的算法用来在各种情况下管理发动机及传送动作。由于系统位于发动机罩下的恶劣环境中，因此除了合适的CPU以外，单片机的整个系统架构对于系统性能来说非常重要。目前在动力总成应用中使用的CPU架构有8位、16位和32位。 8位架构主要用于非常低端的汽车产品，但在摩托车ECU中的应用前景看起来很好。英飞凌提供低成本的增强8位C500核心，以及适合在成本敏感的摩托车市场中应用的高性能外设。由于相应的软件和工具集与业界标准的80C51单片机完全兼容，因此可加快软件开发周期。 32位单片机的市场份额正越来越大。但是，大批量生产的16位产品仍然在目前的汽车中有很大的市场。英飞凌的16位C167系列旨在满足实时嵌入式控制应用的高性能要求。该系列单片机的架构针对大指令吞吐量和对外部刺激（中断）的快速响应而优化。集成的智能外设子系统可将所需要的CPU干预降低到最低的程度。这还减少了对通过外部总线接口进行通信的需要。C167系列的成功源于其CPU，以及对于动力总成应用的要求来说非常理想的外设组合。 称为C166v2内核的新一代C166内核采用了单时钟周期执行技术，因此性能提升了一倍。内置的高级乘法和累加指令（MAC）执行单元极大地提高了DSP性能。 目前功能最强大的单片机采用了32位CPU。此类CPU中的一些源于单片机架构。而象英飞凌TriCore这样的CPU则是针对实时环境中的嵌入式控制应用而设计的，因此非常适用于象动力总成这样的应用。 功率半导体器件 在动力总成应用中，需要开关驱动喷射器、氧气传感器加热器、放气阀、冷却风扇以及一些继电器等负载。在单片IC中集成多个开关可以缩小电路板尺寸，从而降低成本。目前可提供2至18通道的多通道开关器件。根据特定的应用，可驱动从50mA直到30A的电流。负载可以是欧姆负载、容性负载或感性负载。 越来越多的数字逻辑可以在功率输出级一起实现。随着BCD技术的发展，可以在器件中集成许多此前必须由专用ASIC或单片机完成的新功能。 除了这一控制功能外，目前的开关器件还集成了保护和检测功能，如短路、过载、超温、过压、负载开路、静电放电（ESD）和反向电流保护等。此外，还可通过实现在过载时断路以及限流模式等故障保护模式来进一步提高系统可靠性。多通道开关器件通常可利用标准通信接口（SPI）进行控制。诊断信息通过SPI传输回单片机。英飞凌公司还提供了一种高速点到点通信接口，可为未来时间关键的应用（如PWM电流调整）提供更大的数据带宽，并降低微控制器和功率开关器件（如超过 8通道的器件）的I/O端口数量。
Guide the future development of the concept of automotive vehicles Summary of high-tech popularization and application makes the pace of replacement automotive products faster and faster, also makes the Chinese automotive industry independent research and development level and technical level with the international on the growing gap in the development of the concept car is even more the difference between the very poor. WTO accession for China car alarm sounded, but also tremendous opportunity, our government, as well as automotive companies must increase their research and automotive design input, to establish a positive right car design concept, the concept of extensive vehicle design . Keywords concept car designed to develop science, technology and culture Technology start-ups PIONEERINGWITHSCIENCE & TECHNOLOGYMONTHLY The 21st century, in order to lead and performance of the new century, the development of future automotive trends, a number of international auto companies, one after another at the major auto show in the world to launch its own concept car and new car. There is, however, must be caused by a phenomenon we are concerned about: As a car big country, but few Chinese car makers to launch its own development and design concept cars. Are one of the main reasons for China's automotive design concepts and methods, as well as the lack of research and development of concept cars do not pay enough attention. It can be said that a self-designed and self-development capacity of the automobile industry, it is difficult to say that is a complete auto industry. Thus we must intensify the study of automotive design and input, to establish a positive right car design concept, the concept of extensive vehicle design. 1 "concept car" is defined The so-called "concept cars" that have not yet begun to enter the market with a design unique and must advance the awareness of the new models. Its main characteristics are: it must give people are to consider that can guide the new concept cars. It has just the design in general at the time, people's aesthetic ideas, the purchasing power and even the level of motor vehicle manufacturing industry is also unbearable. Generally it will be it avant-garde design, innovative materials, bold use of a more perfect performance, the new car interior design indicates that the direction of development of the automobile industry. Some of the world's largest car company every year to spend many human and material resources to design their own concept car, and in some large auto exposition on display. It can be said that with the continuous introduction of concept cars, the near future may occur on some concept cars have today, some features or functions of the car. But not necessarily a concept car will each eventually evolve into mass production cars to enter the market, the majority of concept cars are finally only a "concept" for people to discuss the matter. 2 concept car, in reality the meaning of concept car design and development of automotive products reflected the development trend of the performance of the highest scientific level and the most sophisticated technology in concept car At the International Motor Show the previous, and the major automotive companies and the introduction of the concept of lot of cars, concept cars to remove these sleek, but also more integrated into a large number of high-tech and modern means of the introduction of the concept car to become Motor Company takes pride in the idea of the concept of automotive research and development are often accompanied by new technologies and the use of new materials with certain forward-looking, herald a new stage of development and the beginning for this reason that car companies the development of the concept car has invested great human and material resources, with its show car the company's strong momentum of development. Various high-tech applications, making car slowly evolved into information, communications, entertainment centers and the exchange of information with the outside world, the computer functions and Internet all-round involvement, in-car information and entertainment equipment, advanced navigation equipment, real-time traffic information function of the growing popularity of the inevitable demand of these high-tech automotive designers transcend time and space to establish a new value system, the emergence of various new technologies for the automotive design freely given to a wider space. Function of motor vehicles for further expansion and development of the concept car, the car gradually from the cold machinery into human information exchange platform, if the concept car has its own way of expressing their emotions with pregnant, anger, sadness and joy, such as facial expression make the concept car than in high volume production cars, become a new symbol of time. Concept Car Design of automotive products have greater and greater impact, it represents the development direction of the automobile industry and the basic idea of the automobile company design standards and a symbol of scientific and technological level. human physiological needs and psychological needs of the largest Satisfied --- Automotive Engineering in the Ergonomics Ergonomics are 50 in the early 20th century with the rapid development of a new subject with the aim of research, design and engineering technology to solve the relationship between the human body. Car body design in ergonomics, it is to people (drivers and passengers) as the center, from the body's physiology, psychology, and exercise the human body, the research body design, layout and equipment in terms of how to adapt to people need to create a manipulation convenient, safe, reliable, beautiful and comfortable driving environment and take the environment, that is the best person to design a - vehicle - environment system. Automotive Design Human-Computer analysis of the first ministries to human size required for measurement, statistics and analysis, conducting interior layout design as a basis to determine the effective space vehicle, as well as parts, assemblies (seats, dashboard , steering wheel, etc.) position and dimensions of the relationship between layout. Through the study of human physiological structure, so that the seat design in full compliance with the requirements of human comfort. Based on the manipulation of human manipulation of the scope and power to determine the layout of the manipulator position and force size, so that when the human body to manipulate natural, rapid, accurate and lightweight, so as to reduce the degree of manipulation of fatigue. Through the visual characteristics of the human eye, the effect of vision research, testing, checking driver information system, to ensure that drivers have access to proper driving information. Exercise in accordance with the characteristics of the human body to study the automobile collision on the human body, a reasonable protection, the right to determine the hinged point seat belts and binding on the human body to study the vibration of the impact on ride comfort, research on and get off at the convenience of passengers, and door openings in order to determine location and size. According to the body's physiological requirements, reasonable certainty that the air-conditioning system and layout. Research on the psychological characteristics and requirements, to design a comfortable, beautiful, relaxed by the environment. virtual product development technology At present, a growing number of automotive design companies and manufacturing companies to start using virtual product development technology, using three-dimensional virtual reality 3D technology development concept car. Opel car using 3D virtual reality technology concept car design and development. Designers can experience floating in the air of a virtual image of car design and manufacturing, saving considerable development costs, and plans to be extended to its North American assembly plant to 14. Britain's Rolls-Royce, Renault, France, Germany Audi, as well as Italy, Sweden and other auto plants are actively engaged in this virtual design and manufacturing. Over the past automotive research and development centers to develop new or modified are first shaped body sludge physical model, is extremely time-consuming modifications. Now automotive R & D, in particular the development of concept cars are increasingly seeking the shortest development time. If the introduction of virtual product development technologies, as long as the computer input data to construct a model figure model, in the laboratory can show an ideal vehicle images, as long as the engineers wear eyepiece, you can see clearly, there is such as a car in front of us true, after all the discussion of design engineers modifications, you can quickly design an ideal new car. Stereotypes, the computer can use the data, outsourcing trial and trial fitted the new parts and components, assembly achieve zero error, and the development of aging more rapidly than in the past. the concept of green environment-friendly vehicles to the development trend of Since entering the 21st century, countries around the world have been produced about billion vehicles, according to expert estimates that in 2010 global vehicle production will reach 75 million. People sigh at the rapid development of automobile industry, but also an increasing awareness of pollution from motor vehicles to harm human beings, so many countries of the vehicle to develop environmental protection measures and regulations to protect the environment for human survival, so automotive environmental protection the design of this new concept car design to be placed in a prominent position on the essential. Improve energy efficiency, improved engine configurations, including electronically controlled fuel injection system, secondary air injection, thermal reactor, exhaust gas recirculation system, catalytic purification device, crankcase ventilation systems, fuel evaporation control system. The development of alternative fuels, research and development of new environmentally-friendly energy, including natural gas, liquefied petroleum gas, fast charging batteries, hybrid power, hydrogen fuel. In the automotive manufacturing process, use of green materials, green packaging, green manufacturing processes and equipment and equipment green. Green car recycling manufacturers. Concept car indicates road traffic in the evolution of human behavior Concept foretells the future of the way road traffic trends Along with the development of automobile, the vehicle status is also slowly change, now car in people's minds as a symbol, a symbol of wealth and the embodiment of a status, but the car as a way of the nature of road traffic has overlooked. Concept car design is based on the nature of a car's innovative design predictability. Concept car at the design of the way through the daily life of mankind, human beings in road traffic in the use of methods such as behavior and ways of life all aspects of prediction and analysis, it is envisaged to solve the future in the way road traffic between the object harmonious factors. Strong and high-speed in today's technology enables the development of means of transport have a much broader space for development, more and more high-tech continuously applied at a new car. At present many of the world's major auto companies have realized that the development of the next car is no longer the biggest obstacles are technical limitations, but limits the designers thinking. Now appearing in major auto show concept cars are generally two types: one is based on the latest available technology can achieve another kind of concept cars are those who put forward some innovative technology options but is still in the research phase of the concept car. Able to express their feelings such as car, truck can random shell replacement car, be able to easily change the driving mode of motor vehicles, be able to swim in the water of the amphibious vehicle, able to fly in space vehicles, be able to change cars. Like from Toyota and Sony jointly developed by "POD" cars, will be able to through the car before the lights, mirrors, antenna, as well as the rear seat to the car owners to express their "feelings." Like Volkswagen's Seat International Auto Show in the United States on the introduction of multi-functional concept car "Sal? Juancheng sa", there are sports, comfort and three kinds of urban-type driving mode selection for you. Concept of culture differences in performance The United States as a world leader in the auto industry, concept cars at the manufacturing are on the forefront in the world. At the United States because of cultural blending, collision, so the concept car embodies the greater the diversity of cultures; are also caused by a highly developed country commercial, commercial design and pragmatism prevailed, so the design is set up at a deep aesthetic Ethics on the real and solve practical problems. With the American cars are in sharp contrast to the Japanese concept cars. Japan as the world's output of the second car big country, its concept car many practical and imagination, technology is better than art, more concerned about solving technical problems, it can be said in Japan This is the premise of the concept of car design, each model is to solve one kinds of technical problems developed. The Japanese car model to maintain a small, simple, style characteristics of the economy and harmonious relations between man-machine deal with the Japanese are reflected as a delicate oriental thinking and compromise approach to solve the problem. The United States put the design of commercial operation as an important aspect, Japan put out of Products Designed to accelerate as a tool, Germany put Designed as a social and cultural foundation, while the French took the design as a designer of stage performance. From various countries so the concept of car design in different styles, we can see different countries, different concepts, as well as their different cultural backgrounds design. 3 Concluding remarks The future of automotive design as the development of the inevitable progress of Automotive Technology with each passing day, many of the artistic style of the designer will make it even more widely and more strongly reflected in the car design, and give people a wider choice. Under high-tech, and personality of the car more humane 21st century will be the necessity of the development of the automobile industry, because it is consistent with human culture, the pursuit of individuality and needs. Therefore, the increase in automobile design concept of the attention and input, will be the development of China's automobile industry has played a great role in pushing forward. References 1尹定邦. Introduction to Study Design [M]. Hunan: Hunan Science and Technology Press, 1999 2张洪欣. Auto Design [M]. Beijing: Mechanical Industry Press, 1997 3 Tang Jia-Ti, Han Xiao Jian had denitrification. --- Product conceptual design theory, methods and techniques [M]. Beijing: Mechanical Industry Press, 2002 Tang Shu-Min 4. Concept cars and car design development and innovation [J]. Shenyang Institute of Aeronautical Engineering Journal, 2002 (6)
Guide the future development of the concept of automotive vehicles Summary of high-tech popularization and application makes the pace of replacement automotive products faster and faster, also makes the Chinese automotive industry independent research and development level and technical level with the international on the growing gap in the development of the concept car is even more the difference between the very poor. WTO accession for China car alarm sounded, but also tremendous opportunity, our government, as well as automotive companies must increase their research and automotive design input, to establish a positive right car design concept, the concept of extensive vehicle design . Keywords concept car designed to develop science, technology and culture Technology start-ups PIONEERINGWITHSCIENCE & TECHNOLOGYMONTHLY The 21st century, in order to lead and performance of the new century, the development of future automotive trends, a number of international auto companies, one after another at the major auto show in the world to launch its own concept car and new car. There is, however, must be caused by a phenomenon we are concerned about: As a car big country, but few Chinese car makers to launch its own development and design concept cars. Are one of the main reasons for China's automotive design concepts and methods, as well as the lack of research and development of concept cars do not pay enough attention. It can be said that a self-designed and self-development capacity of the automobile industry, it is difficult to say that is a complete auto industry. Thus we must intensify the study of automotive design and input, to establish a positive right car design concept, the concept of extensive vehicle design. 1 "concept car" is defined The so-called "concept cars" that have not yet begun to enter the market with a design unique and must advance the awareness of the new models. Its main characteristics are: it must give people are to consider that can guide the new concept cars. It has just the design in general at the time, people's aesthetic ideas, the purchasing power and even the level of motor vehicle manufacturing industry is also unbearable. Generally it will be it avant-garde design, innovative materials, bold use of a more perfect performance, the new car interior design indicates that the direction of development of the automobile industry. Some of the world's largest car company every year to spend many human and material resources to design their own concept car, and in some large auto exposition on display. It can be said that with the continuous introduction of concept cars, the near future may occur on some concept cars have today, some features or functions of the car. But not necessarily a concept car will each eventually evolve into mass production cars to enter the market, the majority of concept cars are finally only a "concept" for people to discuss the matter. 2 concept car, in reality the meaning of concept car design and development of automotive products reflected the development trend of the performance of the highest scientific level and the most sophisticated technology in concept car At the International Motor Show the previous, and the major automotive companies and the introduction of the concept of lot of cars, concept cars to remove these sleek, but also more integrated into a large number of high-tech and modern means of the introduction of the concept car to become Motor Company takes pride in the idea of the concept of automotive research and development are often accompanied by new technologies and the use of new materials with certain forward-looking, herald a new stage of development and the beginning for this reason that car companies the development of the concept car has invested great human and material resources, with its show car the company's strong momentum of development. Various high-tech applications, making car slowly evolved into information, communications, entertainment centers and the exchange of information with the outside world, the computer functions and Internet all-round involvement, in-car information and entertainment equipment, advanced navigation equipment, real-time traffic information function of the growing popularity of the inevitable demand of these high-tech automotive designers transcend time and space to establish a new value system, the emergence of various new technologies for the automotive design freely given to a wider space. Function of motor vehicles for further expansion and development of the concept car, the car gradually from the cold machinery into human information exchange platform, if the concept car has its own way of expressing their emotions with pregnant, anger, sadness and joy, such as facial expression make the concept car than in high volume production cars, become a new symbol of time. Concept Car Design of automotive products have greater and greater impact, it represents the development direction of the automobile industry and the basic idea of the automobile company design standards and a symbol of scientific and technological level. human physiological needs and psychological needs of the largest Satisfied --- Automotive Engineering in the Ergonomics Ergonomics are 50 in the early 20th century with the rapid development of a new subject with the aim of research, design and engineering technology to solve the relationship between the human body. Car body design in ergonomics, it is to people (drivers and passengers) as the center, from the body's physiology, psychology, and exercise the human body, the research body design, layout and equipment in terms of how to adapt to people need to create a manipulation convenient, safe, reliable, beautiful and comfortable driving environment and take the environment, that is the best person to design a - vehicle - environment system. Automotive Design Human-Computer analysis of the first ministries to human size required for measurement, statistics and analysis, conducting interior layout design as a basis to determine the effective space vehicle, as well as parts, assemblies (seats, dashboard , steering wheel, etc.) position and dimensions of the relationship between layout. Through the study of human physiological structure, so that the seat design in full compliance with the requirements of human comfort. Based on the manipulation of human manipulation of the scope and power to determine the layout of the manipulator position and force size, so that when the human body to manipulate natural, rapid, accurate and lightweight, so as to reduce the degree of manipulation of fatigue. Through the visual characteristics of the human eye, the effect of vision research, testing, checking driver information system, to ensure that drivers have access to proper driving information. Exercise in accordance with the characteristics of the human body to study the automobile collision on the human body, a reasonable protection, the right to determine the hinged point seat belts and binding on the human body to study the vibration of the impact on ride comfort, research on and get off at the convenience of passengers, and door openings in order to determine location and size. According to the body's physiological requirements, reasonable certainty that the air-conditioning system and layout. Research on the psychological characteristics and requirements, to design a comfortable, beautiful, relaxed by the environment. virtual product development technology At present, a growing number of automotive design companies and manufacturing companies to start using virtual product development technology, using three-dimensional virtual reality 3D technology development concept car. Opel car using 3D virtual reality technology concept car design and development. Designers can experience floating in the air of a virtual image of car design and manufacturing, saving considerable development costs, and plans to be extended to its North American assembly plant to 14. Britain's Rolls-Royce, Renault, France, Germany Audi, as well as Italy, Sweden and other auto plants are actively engaged in this virtual design and manufacturing. Over the past automotive research and development centers to develop new or modified are first shaped body sludge physical model, is extremely time-consuming modifications. Now automotive R & D, in particular the development of concept cars are increasingly seeking the shortest development time. If the introduction of virtual product development technologies, as long as the computer input data to construct a model figure model, in the laboratory can show an ideal vehicle images, as long as the engineers wear eyepiece, you can see clearly, there is such as a car in front of us true, after all the discussion of design engineers modifications, you can quickly design an ideal new car. Stereotypes, the computer can use the data, outsourcing trial and trial fitted the new parts and components, assembly achieve zero error, and the development of aging more rapidly than in the past. the concept of green environment-friendly vehicles to the development trend of Since entering the 21st century, countries around the world have been produced about billion vehicles, according to expert estimates that in 2010 global vehicle production will reach 75 million. People sigh at the rapid development of automobile industry, but also an increasing awareness of pollution from motor vehicles to harm human beings, so many countries of the vehicle to develop environmental protection measures and regulations to protect the environment for human survival, so automotive environmental protection the design of this new concept car design to be placed in a prominent position on the essential. Improve energy efficiency, improved engine configurations, including electronically controlled fuel injection system, secondary air injection, thermal reactor, exhaust gas recirculation system, catalytic purification device, crankcase ventilation systems, fuel evaporation control system. The development of alternative fuels, research and development of new environmentally-friendly energy, including natural gas, liquefied petroleum gas, fast charging batteries, hybrid power, hydrogen fuel. In the automotive manufacturing process, use of green materials, green packaging, green manufacturing processes and equipment and equipment green. Green car recycling manufacturers. Concept car indicates road traffic in the evolution of human behavior Concept foretells the future of the way road traffic trends Along with the development of automobile, the vehicle status is also slowly change, now car in people's minds as a symbol, a symbol of wealth and the embodiment of a status, but the car as a way of the nature of road traffic has overlooked. Concept car design is based on the nature of a car's innovative design predictability. Concept car at the design of the way through the daily life of mankind, human beings in road traffic in the use of methods such as behavior and ways of life all aspects of prediction and analysis, it is envisaged to solve the future in the way road traffic between the object harmonious factors. Strong and high-speed in today's technology enables the development of means of transport have a much broader space for development, more and more high-tech continuously applied at a new car. At present many of the world's major auto companies have realized that the development of the next car is no longer the biggest obstacles are technical limitations, but limits the designers thinking. Now appearing in major auto show concept cars are generally two types: one is based on the latest available technology can achieve another kind of concept cars are those who put forward some innovative technology options but is still in the research phase of the concept car. Able to express their feelings such as car, truck can random shell replacement car, be able to easily change the driving mode of motor vehicles, be able to swim in the water of the amphibious vehicle, able to fly in space vehicles, be able to change cars. Like from Toyota and Sony jointly developed by "POD" cars, will be able to through the car before the lights, mirrors, antenna, as well as the rear seat to the car owners to express their "feelings." Like Volkswagen's Seat International Auto Show in the United States on the introduction of multi-functional concept car "Sal? Juancheng sa", there are sports, comfort and three kinds of urban-type driving mode selection for you. Concept of culture differences in performance The United States as a world leader in the auto industry, concept cars at the manufacturing are on the forefront in the world. At the United States because of cultural blending, collision, so the concept car embodies the greater the diversity of cultures; are also caused by a highly developed country commercial, commercial design and pragmatism prevailed, so the design is set up at a deep aesthetic Ethics on the real and solve practical problems. With the American cars are in sharp contrast to the Japanese concept cars. Japan as the world's output of the second car big country, its concept car many practical and imagination, technology is better than art, more concerned about solving technical problems, it can be said in Japan This is the premise of the concept of car design, each model is to solve one kinds of technical problems developed. The Japanese car model to maintain a small, simple, style characteristics of the economy and harmonious relations between man-machine deal with the Japanese are reflected as a delicate oriental thinking and compromise approach to solve the problem. The United States put the design of commercial operation as an important aspect, Japan put out of Products Designed to accelerate as a tool, Germany put Designed as a social and cultural foundation, while the French took the design as a designer of stage performance. From various countries so the concept of car design in different styles, we can see different countries, different concepts, as well as their different cultural backgrounds design. 3 Concluding remarks The future of automotive design as the development of the inevitable progress of Automotive Technology with each passing day, many of the artistic style of the designer will make it even more widely and more strongly reflected in the car design, and give people a wider choice. Under high-tech, and personality of the car more humane 21st century will be the necessity of the development of the automobile industry, because it is consistent with human culture, the pursuit of individuality and needs. Therefore, the increase in automobile design concept of the attention and input, will be the development of China's automobile industry has played a great role in pushing forward. References 1尹定邦. Introduction to Study Design [M]. Hunan: Hunan Science and Technology Press, 1999 2张洪欣. Auto Design [M]. Beijing: Mechanical Industry Press, 1997 3 Tang Jia-Ti, Han Xiao Jian had denitrification. --- Product conceptual design theory, methods and techniques [M]. Beijing: Mechanical Industry Press, 2002
提供一些关于汽车的毕业论文的题目，供参考。1 发动机排放技术的应用分析2 微型车怠速不良原因与控制措施3 柴油机电子控制系统的发展4 我国汽车尾气排放控制现状与对策5 发动机自动熄火的诊断分析6 汽车发动机的维护与保养7 柴油机微粒排放的净化技术发展趋势8 汽车污染途径及控制措施9 现代发动机自诊断系统探讨10 关于奔驰300SEL型不能着车的故障分析11 奔驰Sprinter动力不足的检测与维修12 上海通用别克发动机电控系统故障的诊断与检修13 现代伊兰特发动机电控系统故障的诊断与检修14 广本雅阁发动机电控系统故障的诊断与检修15 电子燃油喷射系统的诊断与维修16 帕萨特排放控制系统的结构控制原理与检修17 广本雅阁排放控制系统的结构控制原理与检修18 汽车发动机怠速成抖动现象的原因及排查方法探讨19 汽车排放控制系统的检修20 上海帕萨特B5电子燃油喷射系统的诊断与维修21 论汽车检测技术的发展22 奥迪A6排放控制系统的结构控制原理与检修23 丰田凌志400发动机电控系统故障的诊断与检修24 奥迪A6B5电子燃油喷射系统的诊断与维修25 标致307电子燃油喷射系统的诊断与维修26 捷达轿车发动机常见故障分析与检修27 汽车转向盘摆振故障分析28 防抱死系统在常用轿车上的使用特点分析29 汽车底盘的故障诊断分30 汽车的常用转向系统的性能分析31 汽车变速箱故障故障诊断32 安全气囊的发展与应用33 汽车制动系统故障诊断34 分析国产几种汽车行走系统特点35 分析国产几种汽车制动系统特点36 分析国产几种汽车转向系统特点37 机电液一体化技术在汽车中的应用38 丰田系列ABS故障诊断方法的探讨39 通用系列ABS故障诊断探讨40 奔驰560SEL车型ABS系统故障案例分析41 AL4自动变速器的结构控制原理与检修42 汽车制动系43 汽车四轮定位的探讨44 4T65E自动变速器的结构控制原理与检修45 上海通用别克转向系统故障的诊断与检修46 上海通用别克制动系统故障的诊断与检修47 现代伊兰特转向系统故障的诊断与检修48 现代伊兰特制动系统故障的诊断与检修49 SONATA制动系统的结构控制原理与检修50 电控悬架系统的结构控制原理与检修51 上海帕萨特B5自动变速器的结构控制原理与检修52 丰田佳美制动系统的结构控制原理与检修53 丰田凌志400悬架系统的结构控制原理与检修54 标致307制动系统故障的诊断与检修55 标致307手动变速器的结构控制原理与检修56 上海通用别克悬架与车桥故障分析与检修57 电控液动式自动变速器的结构控制原理与维修58 分析轮胎性能对汽车行走行使的影响59 捷达轿车底盘常见故障分析与检修60 汽车转向系课件设计61 汽车ABS综述62 车用防抱死制动系统设计63 汽车蓄电池的维护与故障控制64 信息技术在汽车中的应用65 现代汽车渗漏故障与控制技术66 汽车点火系统故障诊断67 丰田凌志400空调控制系统分析68 桑塔纳故障诊断方法的研究69 汽车空调技术浅析70 蒙迪欧的空调系统分析71 氧传感器故障检测72 传统诊断在轿车维修中的应用73 广本雅阁的空调系统故障的诊断与检修74 电子点火系统的诊断与维修75 上海帕萨特B5的空调系统故障的诊断与检修76 论车身计算机系统的结构控制原理与检修77 上海通用别克空调控制系统故障分析与检修78 广本雅阁电气设备及附件系统常见故障分析与检修79 汽车常用防盗系统综述80 汽车防撞技术综术81 现代汽车音响防干扰设计82 汽车电控技术分析83 奥迪A6电气设备及附件系统常见故障分析与检修84 上海通用别克电气设备及附件系统常见故障分析与检修85 标致307电气设备及附件系统常见故障分析与检修
毕业 时期，英语专业论文写作成为热门，面对导师的严格要求，要想顺利通过论文答辩，拟定 一个优秀的英语专业论文题目必不可少。下面我给大家带来英语专业优秀论文题目_英语专业毕业论文选题，希望能帮助到大家!
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22、新闻英语汉译的翻译技巧浅析
23、中美家庭文化比较
24、从文化的角度浅析中美企业 人力资源管理 的差异
25、华中农业大学英语专业学生高级 英语学习 状况调查
26、跨文化交际中中西方馈赠礼仪刍议
27、解读《双城记》中的人道主义思想
28、论《了不起的盖茨比》中的消费主义
29、从戴姆勒克莱斯勒事件看文化因素对跨国企业合并的影响
30、对中美离岸外包过程中跨文化交际案例的分析
31、从"老友记"中看合作原则在英语称赞语及其回应语中的应用
32、浅论美国文化与美语词汇 98 英汉植物词语联想意义的跨文化对比
33、一个被忽视的“准则英雄”--论《永别了，武器》中的女主人公凯瑟琳
34、从文化的角度看中美商务谈判风格的差异
35、英语娱乐新闻的文体特点
36、自然主义视野中《儿子与情人》主人公保罗的性格分析
37、美国价值观对《老友记》中主要角色的影响
38、中西文化中礼貌语的对比研究
39、广告双关语的作用
40、中美交流思维模式的差异
41、浅析《灶神之妻》中的多元文化主义
42、合作原则在英语商务信函中的应用
43、透过“超女现象” 反思 美国大众文化对中国传统精英文化的影响
44、中西方文化差异与英语教学
45、中西方文化差异及其对科学技术发展的影响
46、中西方文化差异对翻译的影响
47、中西方文化差异点滴
48、中西方送礼与受礼文化之差异
49、中西方思维差异与写作风格对比分析
50、中西方企业理财环境的差异分析
51、中西方广告创意水平差异刍议
52、中西方管理者收购差异及其在中国实施的建议
53、中西方古代哲学思维的差异及对音乐的影响
54、中西方古代对天体变速运动的认识差异
55、试论中西文化差异与对外汉语教学
56、求职网络的性别差异:以失业群体为例---兼论社会资本的中西差
57、浅议中西古典园林的起源及差异
58、谈中西文化差异与翻译
59、浅谈中西绘画的差异
60、中西选举制度的差异及其相关性
优秀 商务英语 本科论文题目
1、商务英语的特点及翻译技巧
2、商务英语函电翻译技巧
3、商务英语学习中跨文化交际能力的培养
4、国际商务谈判中应注意的文化因素
5、商务谈判中的跨文化冲突
6、试论普通英语与商务英语的差异
7、商务谈判中的语言艺术
8、试论文化因素对商务活动的作用
9、电子商务对国际贸易的影响及对策
10、从文化视角比较中英文广告语言
11、国际商务英语信函话语分析
12、经贸英语的语言特点
13、浅论经贸英语的文体风格
14、经贸英语的语体特点与翻译
15、英语在商务活动中的作用
16、经贸英语在中国加入WTO后的新趋势
17、商务英语学习中的文化习得
18、浅谈如何有效学习经贸英语词汇
19、文化习俗与跨文化交际学对经贸英语学习的影响
20、商务英语专业人才培养模式改革与实践
21、试论文化导入在商务英语教学中的作用
22、中英文广告传播之语言特色及跨文化问题
23、商品译文的品牌形象对商务英语翻译教学的启示
24、试论商务英语写作的简洁礼貌原则及写作技巧
25、现代商务英语书信的写作风格和语法特点
26、从修辞方面浅探商务英语的语言特色
27、商务英语书面语篇词汇特点分析
28、从语境角度分析英汉互译中语言的得体
29、商务英语函电的文本特征
30、经贸英语合同的语言特色
31、商务合同英语的文体特征分析
32、经贸英语信函话语基调分析
33、中西文化差异与交际障碍
34、试谈语言交际中的文化差异
35、文化差异对经贸英语翻译的影响
36、经贸英汉互译中的矛盾与对策
37、经贸英语词汇特点与翻译
38、根据词义和逻辑关系谈涉外经济合同的翻译
39、商业 英文书信 所使用的 词语分类 浅析
40、一些普通词汇在经贸英语中的特殊意义及翻译
41、常用名词在经贸英语中的语义变化特征
42、浅谈经贸英语会话中的言语交际技巧
43、论国际经贸活动的语言交际技巧
44、跨文化交际中的非言语交际体系研究
45、文化差异对国际商务的影响
46、国际商务谈判中的文化差异
47、试论广告英语的语言特点
48、关于网络广告英语与报刊杂志广告英语词汇比较
49、商号、商标、公司名称等的翻译?
50、商标名称的美学特征及汉语商标名称的翻译
优秀英语专业毕业论文题目
1、航海英语教学中培养跨文化交际能力的意义
2、医学检验专业双语教学的思考
3、“微时代”下的军事 医学英语 微课教学研究
4、浅析中医五行学说一些术语的英译
5、传统美学视角下的 散文 翻译中情感美的传递
6、目的论视角下的文学翻译策略研究——以《红楼梦》两个英文译本为例
7、茅盾文学奖获奖作品的翻译研究价值——以《穆斯林的葬礼》为例
8、《长恨歌》中认知隐喻的翻译
9、高罗佩《武则天四大奇案》英译之诗学探析
10、诗歌翻译中的“意、音、形”之美——唐诗《江雪》四种英译的对比分析
11、《红楼梦》角色姓名“归化”译法探究
12、论戏剧翻译的可表演性原则
13、《越人歌》的审美再现——从语内翻译到语际翻译
14、早期西方汉学家英译《聊斋志异》中的跨文化操纵
15、“西语哲”视域下的英汉 句子 形态的差异及启示
16、中英文日常交际用语的差异探析
17、网络环境下英语教学模式改革初探
18、基于图式理论的高职商务英语专业听力作业设计研究
19、翻译工作坊教学模式研究
20、高校英语教学中目的语文化的渗透和本族语文化的回归研究
21、新课改下高校 教育 硕士(英语)培养模式的探索与反思
22、中小学英语衔接工作的探索与实践
23、信息技术与高校英语教学整合研究
24、探究基于计算机辅助模式的大学英语课堂教学情感因素
25、开元数字化平台大学英语教学模式研究——基于建构主义理论
26、非英语专业大学英语教师课堂话语的互动特征分析——以实习教师课堂为例
27、西部农村中学英语写作在线同伴反馈和教师反馈的对比研究
28、基于网络的高职英语自主学习生态化研究'))));基于网络的高职英语自主学习生态化研究
29、小学英语课堂激励 方法 的应用策略研究
30、高中英语以读促写的“读写一体化”教学模式探究
31、研究生英语学术论文语体特征多维度对比分析
32、MOOC下的中国职业英语教育改革探索与应对
33、初中英语教学策略初探
34、西北地区初中生英语自主学习浅见
35、浅议小学英语教学中的词汇教学
36、试析模块教学法在中职酒店英语教学中的应用
37、英语词汇增长路线图理论研究
38、语法及语法教学:从知识到技能的转变——D.拉森-弗里曼的语法观及语法教学刍议
39、周作人的直译观及其嬗变
40、新教学环境下的英语专业第二课堂建设分析
41、论翻转课堂模式下英语课堂提问策略的转变
42、支架式教学模式对中职英语教学的启示
43、基于“输出驱动假设”的警务英语教学策略研究
44、跨文化交际意识对商务英语翻译的影响
45、从目的论视角浅谈英文电影片名中译
46、浅析英语新闻标题的翻译
47、论《论语》英译中的语用充实
48、翻译目的论视角下的汉语典籍英译——以《论语》英译为例
49、英美影视作品中“神翻译”的定义及方法探析
50、电影片名翻译的跨文化解读
51、“讨论”与“演讲”相结合的大学英语课堂教学实践
52、单词 配对 法对双语词汇翻译的影响
53、素质教育视野下农村中小学教师心理资本开发与学生英语学习的关系
54、硕士研究生公共英语课程的元认知策略
55、语境中语块的加工及其影响因素——以中级汉语学习者为例
56、激发和培养学生英语学习兴趣之管见
57、浅谈如何提高小学英语教学质量
58、如何更好地利用多媒体辅助英语教学
59、平行文本视域下的企业简介汉英翻译策略研究
60、文化差异的导入对大学英语教学的意义
英语专业优秀论文题目相关 文章 ：
★ 英语专业优秀论文题目
★ 优秀英语毕业论文题目参考
★ 英语专业方向的论文题目
★ 本科英语专业毕业论文题目
★ 英语专业毕业论文选题文化
★ 英语专业文化类方面毕业论文题目选题
★ 本科英语专业毕业论文题目选题
★ 2021英语专业各方向论文题目
★ 英语教学论文题目选题参考整理
★ 英语专业不同方向的毕业论文题目
提供一些英语专业的毕业论文题目，供参考。
英语专业毕业论文选题
1、浅析雾都孤儿的反讽性
2、海明威短篇小说中的老人形象分析
3、论英源外来词的翻译
4、从电影三个白痴看印度的社会问题
5、教师提问对学生思维发展的影响
6、浅谈英语阅读中的词汇教学方法
7、山东省英语教育培训机构现状调查
8、初中英语教学中微课的构建与应用
9、远大前程一部成长小说角度下的教育小说
10、论喜福会中中美文化的冲突及磨合
11、传播学视角下旅游文本的汉英翻译策略研究
12、角色扮演活动在小学英语课堂中的有效性研究
13、“场依存，场独立”认知风格对高中生英语阅读的影响
14、中国幼儿英语浸入式教学方法探究15、从女性主义角度研究紫色
你准备写跨文化交际还是翻译，还是文学，还是其他的？
论文题目是每个学校都有规定的。比如说：文学方面的，商务方面的~~你不要太着急，还是要看看你们学院的要求~按照要求下手，事半功倍哦~o(∩_∩)o... 题目推荐：“中美文化差异对商务谈判的影响”这个题目很普遍，比较好找资料。而且写的时候也比较容易。如果这个题目可以的话，回头我可以给你些资料。 呵呵。完整的一套abstract还有论文呢。是我自己写的。以前毕业论文的时候没有用上
导语：如今,汽车是最流行的交通工具,下面是我为大家整理的英语作文，希望对大家有所帮助。更多相关的知识，请关注CNFLA学习网!
With its sprawling sometimes tangled array of parts suppliers assembly plants logistics networks and dealers the auto industry is perhaps uniquely vulnerable to disasters natural and otherwise.
汽车业是由无数零件供应商、装配工厂、物流网络以及经销商组成的一个庞大的、有时甚至是混乱的行业.在面临自然灾害或其它灾难时这个行业可能显得尤为脆弱.
Manufacturers are all too familiar with interruptions to production from floods blizzards land slides and forest fires. Dealers have seen their new car inventories wiped out by overflowing rivers surging tides and punishing hail storms.
汽车厂商都深知洪水、暴雪、泥石流、森林大火等灾害会给汽车生产带来哪些影响.许多经销商都有过汽车存货被洪水和怒潮吞没或是被冰雹损坏的经历.
Catastrophes happen even at sea. A Norwegian carrier with 2862 cars aboard sank in the English Channel in 2002 after colliding with a container ship in thick fog.
海上也可能发生灾害.2002年一艘载有2862辆汽车的挪威货船途经英吉利海峡时在浓雾中与一艘货柜船相撞继而沉没.
But there has been nothing like the triple threat in Japan wrought by last week's earthquake and tidal wave combined with growing worries of a nuclear reactor meltdown.
不过与地震后的日本相比这些都微不足道了.上周的日本地震、地震引发的`海啸再加上人们对震区核反应堆熔毁的恐慌日益加深为日本汽车业带来了三重威胁.
As the world's third-largest producer of automobiles (after China and the .) Japan's manufacturing network is highly developed and unusually complex. The natural constraints of Japan's crowded highways and seaports combined with man-made complications like just-in-time parts delivery have led to the creation a finely-tuned delicately-balanced system.
作为全球第三大汽车生产国(仅次于中国和美国)日本的汽车生产网络高度发达而且格外复杂.日本的高速公路和海港非常拥挤这是日本的 “先天不足”.此外日本汽车业中还有许多人为的复杂因素例如许多日本厂商都在零部件运输上采取了“零库存”的即时交付制度.这些因素使得日本汽车业成为了一个极为精细、高度平衡的体系.
Running smoothly it is highly productive. But a single disruption anywhere along the line can tie up the whole system. Assembling a car requires some 10000 individual pieces and every single one of them is needed in the finished product.
如果正常运转的话这是个极为高效的系统.不过倘若系统中的某根链条出现了断裂就会影响到整个系统的运转.装配一辆汽车需要差不多10000个单独的零件一个都不能少.
The automobile has a long history. The French engineer Nicolas Joseph Cugnot built the first self-propelled vehicle (Paris 1789) a heavy three-wheeled steam-driven carriage with a boiler that projected in front; its speed was mph (5 kph). In 1801 the British engineer Richard Trevithick also built a three-wheeled steam-driven car; the engine drove the rear wheels. Development of the automobile was retarded for decades by over-regulation: speed was limited to 4 mph ( kph) and until 1896 a person was required to walk in front of a self-propelled vehicle carrying a red flag by day and a red lantern by night. The Stanley brothers of Massachusetts the most well-known American manufacturers of steam-driven autos produced their Stanley Steamers from 1897 until after World War I.
The development of the automobile was accelerated by the introduction of the internal-combustion engine. Probably the first vehicle of this type was the three-wheeled car built in 1885 by the engineer Karl Benz in Germany. Another German engineer Gottlieb Daimler built an improved internal-combustion engine . The Panhard car introduced in France by the Daimler company in 1894 had many features of the modern car. In the United States internal-combustion cars of the horseless buggy type were manufactured in the 1890s by Charles Duryea and J. Frank Duryea Elwood Haynes Henry Ford Ransom E. Olds and Alexander Winton. Many of the early engines had only one cylinder with a chain-and-sprocket drive on wooden carriage wheels. The cars generally were open accommodated two passengers and were steered by a lever.
The free growth of the automobile industry in the early 20th cent. was threatened by the American inventor George Selden's patent issued in 1895. Several early manufacturers licensed by Selden formed an association in 1903 and took over the patent in 1907. Henry Ford the leader of a group of independent manufacturers who refused to acknowledge the patent was engaged in litigation with Selden and the association from 1903 until 1911 when the . Circuit Court of Appeals ruled that the patent although valid covered only the two-cycle engine; most cars including Ford's used a four-cycle engine. The mass production of automobiles that followed and the later creation of highways linking cities to suburbs and region to region transformed American landscape and society.
汽车有着悠久的历史。法国工程师Nicolas Joseph Cugnot建造第一个自行车(巴黎，1789)，一个重，三轮驱动，蒸汽锅炉，预计在车厢前部;速度3英里(5公里)。在1801英国工程师理查·特里维西克也建立了一三轮，蒸汽驱动的汽车;发动机驱动后轮。汽车的发展是落后几十年的过度监管：速度限制在4英里每小时(公里/小时)，直到1896人被要求走在自行车的前面，扛着一面红旗日夜红灯笼。斯坦利兄弟马萨诸塞州，蒸汽驱动的汽车最知名的美国制造商，从1897直到第一次世界大战后产生的斯坦利轮船
汽车的发展是由内燃机的引入加速。也许这种类型的第一辆车是由工程师卡尔奔驰在德国建造的三轮车在1885。另一位德国工程师戈特利布戴姆勒，建立改进的内燃机。安车，介绍了在法国的戴姆勒公司1894，有现代汽车的许多特征。在美国，不用马拉的马车型内燃机车的是Charles Duryea和J. Frank Duryea，Elwood Haynes，Henry Ford，制造，兰塞姆·奥兹和亚历山大·温顿。许多早期的发动机只有一个汽缸，链条和链轮驱动在木制的车轮上.。汽车通常是开放的，容纳两名乘客，并由杠杆操纵。
第二十年初汽车工业的自由增长。被美国发明家乔治·塞尔登的专利威胁，于1895发行。由塞尔登授权的几家早期制造商在1903成立了一个协会，并于1907接管了该项专利.。亨利福特，一组独立的制造商谁拒绝承认专利的领导者，正同塞尔登和协会从1903到1911的诉讼，在美国上诉法院裁定，专利，虽然有效，只包含了两冲程;大多数汽车，包括福特，使用一四个周期发动机。随之而来的是大规模生产汽车，后来的公路将城市连接到郊区和地区，从而改变了美国的景观和社会.。
A kind of little car may someday take the place of today's big ones. If people drive such cars in the future there will be less pollution in the air.
There will be more space for parking in cities. The streets will be less crowded. And driving will be safer as these little cars can go only 65 km per hour.
The future cars will be fine for getting round a city but they will not be useful for long trips.
Little cars will go 200km before needing to stop for more gas. If big cars are still used along with the small ones two sets of roads will be needed in the future. roads will be used for the big fast cars and other roads will be needed for the slow and small ones.
It's said that three such little cars fit in the space now needed for one car the usual size.有一种小汽车也许有一天能取代今天的大轿车。如果人们将来驾驶这样的汽车，空气中的污染就会减少.。
城市将有更多的停车空间。街道将不那么拥挤。和驾驶将更安全，因为这些小型车只能走65公里每小时。
未来的汽车可以在城市周围行驶，但对于长途旅行来说不会有什么用.。
小汽车将走200公里，之前需要加油。如果大型汽车仍与小汽车一起使用，未来将需要两套道路.。道路将被用于大型快速汽车和其他道路将需要缓慢和小。
据说现在有三辆这样的小汽车适合在一辆车里使用，这就是通常的尺寸.。
汽车的发展史汽车自上个世纪末诞生以来，已经走过了风风雨雨的一百多年。从卡尔.本茨造出的第一辆三轮 汽车到现在已有一百年了。这一百年，汽车发展的速度是如此惊人！ 让我们一起来回望这段历史，品味其中的辛酸与喜悦，体会汽车给我们带来的种种欢乐与梦想… …汽车的发展也有一个漫长的历程，总的说来， 汽车发展史可能分为蒸汽机发明 前、蒸汽汽车的问 世、大量流水生产汽车开始等三个阶段。 在1705年，纽可门首次发明了实用化蒸汽机。1769年，法国人居纽(Cugnot)制造了世界上第 一辆蒸汽驱动三轮汽车。1804年，脱威迪克(Trouithick)又设计并制造了一辆蒸汽汽车。1831年，美 国的哥德史沃奇.勒(ColdsworthyGur-ney)将一台蒸汽汽车投入运输。1800年雷诺(EtienceLenor)制 造了人们后来被称为的内燃机。1876年康特.尼古扎.奥托(CountNicholasOtto)发明了那种具有进气、 压缩、作功、排气四个行程的发动机。1879年德国工程师卡尔.苯茨(KartBenz)，首次试验成功一台 二冲程试验性发动机。1885年他在曼海姆制成了第一辆苯茨专利机动车。于1886年在巴特坎施塔特制 成了世界上第一辆 “无马之车”。正因为这样，人们反1886年作为汽车元年，也有些学者把卡尔.苯 茨制成第一辆三轮汽车之年(1885)，视为汽车诞生年。苯茨和戴姆勒则被尊为汽车工业的鼻祖。这是 汽车发展史上的第二件大事。进入20世纪以后亨利.福特(HeneryFord)在1908年10月开始出售著名的 “T”型车这种车产量增长惊人，短短19年，就生气了1500辆。此间的1913年福特汽车公司还首次推 出了流水装配线的大量作业方式，使汽车成本大跌，汽车价格低廉，它开始逐渐成为大众化的商品。 福特采用流水作业生产汽车，在汽车发展史上树起了第三块里程碑。短短几年时间，汽车已经从一种 实验性的发明转变为关联产业最广、工业技术波及效果最大的综合性工业。 如今的汽车市场，把各种先进技术和装备，如微型电子计算机、无线电通讯、卫星导航等等新技 术、新设备和新方法、新材料广泛应用于汽车工业中，汽车正在走向自动化和电子化。有了卫星导航 系统，汽车可接收交通卫星的通信资料， 确定汽车所在位置，从而自动提供最优行车路线，并且显 示出交通图；汽车的雷达系统可以把障碍物的距离和大小告诉给驾驶员， 这样停车就更容易；而语言感知系统可以用图、表和声音告诉驾驶人员汽车的各个部位情况，此外还 可按“音”行事，执行驾驶有关指令等等。专家们认为，汽车是当前世界最主要的交通工具，在将来 它仍然是世界上的主要交通工具，别的任何开工交通工具都不可能完全把汽车取代。 没找到英文版。
汽车，即本身具有动力得以驱动，不须依轨道或电力架设，得以机动行驶之车辆。广义来说，具有四轮行驶的车辆，普遍多称为汽车。虽然，长久以来学术各界对“谁是第一位汽车发明者”皆有不同的看法及论述，未有完全一致性的看法，但是，绝大部份学者皆将德国工程师卡尔·本茨视为第一位发明者。美国人亨利·福特首先大量生产平价汽车，是使汽车得以普及化的人。汽车（Car，卡尔·本茨发明）是一种现代交通工具，英文原译为“自动车”，在日本也称“自动车”（日本汉字中的汽车则是指我们所说的火车），其他文种也多称为“自动车”，只有在中国例外。由动力驱动，具有四个或四个以上车轮的非轨道承载的车辆，主要用于：——载运人员和/或货物（物品）；——牵引载运货物（物品）的车辆或特殊用途的车辆；——专项作业。本术语还包括：a）与电力线相联的车辆，如无轨电车；b) 整车整备质量超过 400kg的不带驾驶室的三轮车辆；c) 整车整备质量超过 600kg的带驾驶室的三轮车辆。