机电专业英语第2版电子教案unit 4

合集下载

机电一体化专业英语全套教学课件

机电一体化专业英语全套教学课件
When using a faceplate, always ensure that the work is securely clamped down and balanced by some offsetting piece of metal, if necessary. (Figure 1-7)
长春汽车工业高等专科学校
Unit 1 Passage A
Lathe Accessories
Brass Round Stock (铜质圆料) Brass is a nice material to work with, though somewhat expensive compared with aluminum or steel. It can add a nice touch of contrasting color to a project that will be displayed. The alloy most often used for home shop work is 360.
Poor quality drills are easy to find, but they are truly a waste of money. That‘s not to say that you need to buy top quality industrial drills. It’s not always easy to tell a good drill bit from a poor one just by looking and, of course, its even harder if all you have is a picture on a web site or in a catalog. Generally, though, the lowest priced drill sets are the ones to stay away from.

机电工程专业英语教案

机电工程专业英语教案
Content:RelativeknowledgeofWelding
Intension: Master new words, understandthe relative knowledge ofWelding
教学重点
教学难点
Keystone:RelativeknowledgeofWelding
Difficulty: Text comprehension
教学重点
教学难点
Keystone:RelativeknowledgeofCNC System
Difficulty: Text comprehension
使用教具
Multimedia
课外作业
Exerciseandtranslation
备注
无锡职业技术学院
教案
教师姓名
王芳琴
授课形式
讲授
授课时数
2
授课日期
and function of lathes
Intension: Master new words, understandthe relative knowledge ofconfiguration and function of lathes
教学重点
教学难点
Keystone:Relativeknowledgeofconfiguration
教学重点
教学难点
Keystone:RelativeknowledgeofCNC and NC
Difficulty: Text comprehension
使用教具
Multimedia
课外作业
Exerciseandtranslation
备注
无锡职业技术学院
教案

机电工程专业英语第2版

机电工程专业英语第2版

机电工程专业英语第2版Title: The Evolution and Applications of Electromechanical Engineering.Electromechanical engineering, a discipline that merges the fields of electrical engineering and mechanical engineering, has undergone significant advancements in recent years. This融合 of two crucial engineering branches has led to the development of innovative technologies and solutions in various industries.The foundation of electromechanical engineering lies in the understanding of both electrical and mechanical systems. Electrical systems deal with the generation, transmission, and utilization of electrical energy, while mechanical systems focus on the design, analysis, and maintenance of machines and equipment. By combining these two domains, electromechanical engineers are able to create systems that are not only efficient but also reliable.One of the most significant advancements in electromechanical engineering has been the integration of automation and robotics. With the increasing demand for precision and efficiency in manufacturing processes, the role of robots and automated systems has become paramount. Electromechanical engineers are responsible for designing and maintaining these systems, ensuring their seamless operation and optimal performance.Moreover, the integration of sensors and actuators has further enhanced the capabilities of electromechanical systems. Sensors are devices that detect and respond to external stimuli, while actuators convert energy into motion. By incorporating these devices into electromechanical systems, engineers can achieve precise control over various mechanical processes, leading to improved productivity and reduced waste.Another noteworthy advancement in electromechanical engineering is the increasing use of renewable energy sources. As the global focus shifts towards sustainable development, the integration of renewable energy systemsinto electromechanical designs has become crucial. Engineers are now exploring innovative ways to harness solar, wind, and other renewable energy sources, converting them into useful mechanical energy.In addition, the rising demand for smart and connected devices has also influenced the evolution of electromechanical engineering. The integration of sensors, actuators, and communication technologies into electromechanical systems has led to the development of smart devices that can communicate with each other and respond to external stimuli. This has opened up a wide range of applications in areas such as smart homes, smart cities, and工业自动化.Moreover, the increasing complexity of electromechanical systems has led to the development of advanced simulation and modeling tools. These tools allow engineers to simulate and analyze the behavior of electromechanical systems under different conditions, enabling them to predict and optimize their performance. This has significantly reduced the time and cost associatedwith the design and development of electromechanical systems.In conclusion, the evolution of electromechanical engineering has been driven by the increasing demand for efficiency, reliability, and sustainability. Theintegration of automation, robotics, sensors, actuators, renewable energy sources, and smart technologies has led to the development of innovative solutions in various industries. As technology continues to advance, the role of electromechanical engineers will become even more crucial in driving the development of efficient and sustainable systems.。

电子信息类专业英语(西电第二版)Unit 4 Microel

电子信息类专业英语(西电第二版)Unit 4 Microel

Unit 4 Microelectronics
Integrated circuits are small, light, rugged, and reliable. They require less power and lower voltages than equivalent macroscopic circuits; consequently they operate at lower temperatures, and individual components may be close together without exceeding the operating temperature limit. Relatively little stray capacitance and short time delays are produced because of the short interconnections between the individual components in IC. Maintenance is simplified because if a component of the IC fails the complete IC is usually replaced. Mass production techniques of plane technology have reduced the cost of many IC so that they are almost as inexpensive as a single transistor. Eventually most conventional circuits will be replaced by IC.
[2] The reduction in power dissipation is particularly important where a complex circuit is to be concentrated into a small space. The problem of extracting the heat generated in the circuit may then be a difficult one.

机电专业英语全书电子教案教学设计

机电专业英语全书电子教案教学设计

机电专业英语全书电子教案完整版教学设计第一章:机电专业英语概述1.1 课程简介1.2 学习目标1.3 教学内容1.3.1 专业英语的重要性和应用领域1.3.2 机电专业英语的基本词汇和语法1.4 教学方法1.4.1 课堂讲解1.4.2 案例分析1.4.3 互动讨论1.5 作业与评估1.5.1 课后作业1.5.2 课堂参与度评估第二章:机电专业英语词汇与短语2.1 学习目标2.2 教学内容2.2.1 机电专业常用词汇2.2.2 相关短语和表达方式2.3 教学方法2.3.1 词汇讲解2.3.2 实例演示2.3.3 小组活动2.4 作业与评估2.4.1 词汇练习2.4.2 小组活动报告第三章:机电专业英语阅读理解3.1 学习目标3.2 教学内容3.2.1 机电专业英语文章阅读3.2.2 提高阅读理解能力3.3 教学方法3.3.1 阅读技巧讲解3.3.2 文章讨论3.3.3 练习题解答3.4 作业与评估3.4.1 阅读练习3.4.2 阅读理解测试第四章:机电专业英语听力理解4.1 学习目标4.2 教学内容4.2.1 机电专业英语听力材料4.2.2 提高听力理解能力4.3 教学方法4.3.1 听力技巧讲解4.3.2 听力练习4.3.3 听力材料讨论4.4 作业与评估4.4.1 听力练习4.4.2 听力测试第五章:机电专业英语写作与口语表达5.1 学习目标5.2 教学内容5.2.1 机电专业英语写作技巧5.2.2 机电专业英语口语表达技巧5.3 教学方法5.3.1 写作技巧讲解5.3.2 口语表达练习5.3.3 角色扮演5.4 作业与评估5.4.1 写作练习5.4.2 口语表达评估第六章:机械工程领域的英语应用6.1 学习目标6.2 教学内容6.2.1 机械工程领域常用英语词汇和短语6.2.2 机械工程领域英语文献阅读和理解6.3 教学方法6.3.1 实例分析6.3.2 小组讨论6.3.3 英语报告6.4 作业与评估6.4.1 文献阅读6.4.2 小组项目第七章:电子工程领域的英语应用7.1 学习目标7.2 教学内容7.2.1 电子工程领域常用英语词汇和短语7.2.2 电子工程领域英语文献阅读和理解7.3 教学方法7.3.1 实例分析7.3.2 小组讨论7.3.3 英语报告7.4 作业与评估7.4.1 文献阅读7.4.2 小组项目第八章:机电设备说明书翻译8.1 学习目标8.2 教学内容8.2.1 机电设备说明书结构及内容8.2.2 翻译技巧与策略8.3 教学方法8.3.1 实例讲解8.3.2 翻译练习8.3.3 学生翻译展示与讨论8.4 作业与评估8.4.1 翻译练习8.4.2 翻译质量评估第九章:机电专业英语口译技巧9.1 学习目标9.2 教学内容9.2.1 机电专业英语口译基本概念9.2.2 口译技巧与实践9.3 教学方法9.3.1 理论讲解9.3.2 角色扮演与模拟口译9.3.3 反馈与改进9.4 作业与评估9.4.1 口译练习9.4.2 口译能力评估第十章:机电专业英语综合应用10.1 学习目标10.2 教学内容10.2.1 机电专业英语案例分析10.2.2 综合应用能力的培养10.3 教学方法10.3.1 案例研究10.3.2 小组合作项目10.3.3 学生展示与讨论10.4 作业与评估10.4.1 案例分析报告10.4.2 小组项目评估重点和难点解析一、机电专业英语概述重点环节:1.3.2 机电专业英语的基本词汇和语法补充和说明:此环节需重点关注机电专业英语的基本词汇和语法结构,因为这是理解后续专业知识的基础。

Unit 4-计算机专业英语(第2版)-邱晓红-清华大学出版社

Unit 4-计算机专业英语(第2版)-邱晓红-清华大学出版社

Unit Four Software Engineering 软件过程Text A Software processes软件过程A software process is a set of activities that leads to the production of a software product.一个软件过程是一组引发软件产品生产的活动。

These activities may involve the development of software from scratch in a standard programming language like Java or C.这些活动刻画了软件使用像Java或C这样的标准编程语言从头开始的一步步的开发过程。

Increasingly, however,new software is developed by extending and modifying existing systems and by configuring and integrating off-the-shelf software or system components.然而,现在越来越多的软件是通过在旧软件基础上修改或通过配置和集成现成软件或系统组件而形成。

Software processes are complex and, like all intellectual and creative processes, rely on people making decisions and judgements.软件过程是复杂的,像所有智力过程一样,它依赖于人的判断。

Because of the need for judgement and creativity, attempts to automate software processes have met with limited success.因而需要判断和创造力,软件过程自动化的尝试只获得了有限的成功。

机电专业英语教案

机电专业英语教案
IV.对话
A:Do you remember what EMF is?
B: It's short for electromotive force.
A: Pardon me? Would you explain it in detail?
B: I'm sorry. I have no time right now. Look it up in the next, I believe you will find the answer.
教学时间:
教学班级:
教学内容:
I.专业词汇
resistance阻力,电阻impede阻力,阻碍
represent描绘,代表ohm欧姆
element要素,元件resistor电阻器
thermistor热敏电阻diode二极管
series串联parallel并联
die渴望,死亡in unit of以...为单位
4. The formula I= , where I means current in amperes.
IV.对话
A: Excuse me, Peter?
B: Yes, Roger?
A: Could you tell me the unit of current?
B: Sure, the unit of current is ampere.
B: Well, a network can be regarded as a combination of more than one circuit.
A: Oh, I think I got it. Thanks.B: You're welcome.
作 业
会读认知新的专业词汇和术语。

机电专业英语(第2版)教学指南(中等职业学校教学用书)

机电专业英语(第2版)教学指南(中等职业学校教学用书)

中等职业学校教学用书(机电技术专业)
机电专业英语(第2版)
教学指南
杨春生主编
Publishing House of Electronics Industry
北京•BEIJING
前言
为了配合《机电专业英语(第2版)》课程的教学,体现教材的编写特色,更好地为读者服务,编写了此教学资料。

教学资料内容有三个部分:第一部分是教学指南,包括了课程性质与任务、课程教学目标和教学时间分配。

第二部分是教材补充资料。

教师可以根据不同的教学要求按需选取和重新组合。

第三部分是习题答案,给出了每道习题的解答过程。

限于编著者水平,教学资料中有错误或不妥之处,请读者给予批评指正。

编者
2008年11月
《机电专业英语(第2版)》教学指南
一、课程性质和任务
本课程是一门延续公共英语的专门课。

其任务是增加学生的专业词汇量,提高学生理解和翻译机电类英文专业资料的能力,扩大学生的专业知识面。

二、课程教学目标
1.具有400~500的专业词汇量
2.掌握基本语法知识,具有笔译本专业英文资料的初步能力
3.具有用英语与外国工程技术人员进行简单技术交流的能力
4.具有读懂机电设备的英文操作手册的能力
5.具有用英语自荐和填写各类英文表格的基本能力
三、课时分配表
注:各学校的专业英语课时有所差别,一般在32学时左右,制定授课计划时教师可根据不同专业对各模块的课进行选择组合,每课按2学时计。

  1. 1、下载文档前请自行甄别文档内容的完整性,平台不提供额外的编辑、内容补充、找答案等附加服务。
  2. 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
  3. 3、如文档侵犯您的权益,请联系客服反馈,我们会尽快为您处理(人工客服工作时间:9:00-18:30)。

Unit 4 Heat Treatment& Hot Working of MetalsⅠ. Lead-inSteel is an alloy that consists mostly of iron and has a carbon content between 0.2% and 2.1% by weight, depending on the grade. Carbon is the most common alloying material for iron, but various other alloying elements are used, such as manganese, chromium, vanadium, and tungsten. Carbon and other elements act as a hardening agent, preventing dislocations in the iron atom crystal lattice from sliding past one another. Varying the amount of alloying elements and the form of their presence in the steel (solute elements, precipitated phase) controls qualities such as the hardness, ductility, and tensile strength of the resulting steel. Steel with increased carbon content can be made harder and stronger than iron, but such steel is also less ductile than iron.Though steel had been produced by various inefficient methods long before the Renaissance, its use became more common after more-efficient production methods were devised in the 17th century. With the invention of the Bessemer process in the mid-19th century, steel became an inexpensive mass-produced material. Further refinements in the process, such as basic oxygen steelmaking (BOS), lowered the cost of production while increasing the quality of the metal. Today, steel is one of the most common materials in the world, with more than 1.3 billion tons produced annually. It is a major component in buildings, infrastructure, tools, ships, automobiles, machines, appliances, and weapons. Modern steel is generally identified by various grades defined by assorted standards organizations.II. Word Stud y1. molecular[mə'lekjələ] a. 由分子组成的, 分子的1)molecular structure 分子结构2) We think of magnetism as a molecular phenomenon.我们认为电磁是一种分子现象。

3) The investigations were performed at molecular level.研究是在分子的层次上进行的。

2. liable ['laiəbl] a. 有责任的,有义务的,应受罚的,有…倾向的1) be liable to seasickness容易晕船2) One who works under the hot sun is liable to sunstroke.在炎热的阳光底下工作很容易引起中暑。

3) People are liable to judge others from their own first impressions.人们容易用他们自己的最初印象来评价别人。

3. squeeze [skwi:z] v. 挤(压,干),压榨,勒索,紧握1) squeeze out tears挤出眼泪2) squeeze through the crowd挤入人群3) I tried to squeeze the water out of my soaking skirt.我用力拧掉我那件湿透了的裙子上的水。

4. prior ['praiə] a. 在先的,在前的,优先的1) agree without prior consultation不谋而合2) She has a prior engagement.她已另有约会。

3) This work is prior to all others.这是一项压倒一切的工作。

5. crack [kræk] v. &n.破裂,裂纹,打开1) a crack 一道缝儿2) crack a book 打开书本阅读3) crack a person over the head在某人头上重重一击4) There's a sinister-looking crack in the roof.屋顶上有一条危险的裂缝。

6. influence ['influəns] n. 影响,作用1) negative influence 消极影响2) My influence over her is small. 我对她的影响不大。

3) His influence reaches the next village. 他的势力扩展到邻村。

III.Language Points1. These stresses are liable to occur through hammering or working the metal, or through rapid cooling.金属在锻打加工或快速冷却时外层收缩比内层收缩速度快,极易导致内应力。

be liable to: 易于…的;有…倾向的;应付有责任,应遵守…(1) A third party, whose fault causes the fuel gas accident, shall be liable topay damages according to law.因第三人的过错造成燃气事故的,第三人应当依法承担损害赔偿责任。

(2) Non-complying trusts are also deemed to be liable to taxation on thetrust's worldwide income.“非照办信托”同时也被推定为按其信托之全球收入征税。

2. We heat it up beyond the critical temperature, and then quench it in water or some other liquid.我们将金属加热到超过极限温度,然后在水或其他液体中淬火。

heat up:加热(1)The electronic heater can heat up fast and safely. It also functions as a steamer.以电热为燃料能源,既方便,而且加热速度快,有蒸气锅炉之同功效。

(2)Material spiraling into a black hole can heat up to millions of degrees and glow brightly .捲入黑洞中的物质,将会被加热至数百万度并放出耀眼的光芒。

3. The properties of tempered steel enable US to use it in the manufacture of tools, which need a fairly hard steel.当制造的工具需要高硬度的钢铁时,我们可以用回火钢。

enable …to…: 使… ; 使…能够; 能够(1) Using ICON controlling circuit, enable to detect the status of themechanism operation.本机采用ICON控制回路,可侦测机械操作状况。

(2) The space between the inner and outer plate is full of heat insulationmaterials which enable to provide the nice performance of heatinsulation.内外板之间形成的空间可以填充保温材料,能够提供良好的保温功能。

4. Other shaping operations include drawing into wire, casting in moulds,and forging.其他的塑性加工有拉丝、模铸和锻造。

drawing into: 使卷入(1) SMS Draw integrates into the target application and appears as a newservice in the toolbar. 短信抽奖集成到目标应用,似乎作为一种新的服务工具栏。

(2) Now the pattern repeat with manual twist, will itself draw into theactive level of the Photoshop data file and the original is maintained again ona separate level.现在的模式重复与手工捻,本身将提请进入活跃水平的Photoshop的数据文件和原再次是保持在一个单独的水平。

相关文档
最新文档