做机械方面的工作英文怎么说

『壹』 机械方面的英文翻译

纯手工，楼主看看是否满意，注意长句断句
------------------我是分隔符----------------
随着全球经济一体化的进程不断推进以及我国不断增加的对外贸易活动。商务信函成为国际商务活动中书面交流信息的主要表达手段之一，也是了联系卖家与卖家的通道，所以商务信函内容的正确表达尤为关键。商务信函在文体格式、信函内容、表达语气以及语言使用上均有其自身的特点。本文从英语商务信函的语言使用探讨其书写时的用词及翻译技巧。
along
with
the
development
of
integration
with
the
global
economy
going
forward
and
the
activity
of
foreign
trade
of
our
country
continuous
increasing.
business
letter
become
into
one
of
the
primary
expression
method
for
paper
information
communication
of
international
business
activities,
also
the
access
of
connection
between
buyer
and
seller,
so
the
correct
expression
of
business
letter
is
particularly
important.
business
letters
have
their
own
characters
on
the
style
format,
contents,
expression
modal
and
language
selection.
this
article
has
discussed
the
word
selection
and
translation
technique
when
writing
the
business
letter
from
the
using
of
word
for
english
business
letter.

『贰』 机械类英语翻译

1.在制作电子/电气产品声明的工作中，设备规格、生产能力、尺寸范围、吨位等是必不可少的。
2.即使设备不是很关键，产品的包装部分等也必须保持。类型相似的设备通常可以用来制造、加工或组装这些产品。
3.非关键设备----类型相似的设备可以用来制造、加工或组装这些产品。

envelope在机械上，是个技术性的词汇，指机械或其它设备的性能范围，或者功用极限，特别是在短语push the envelope中；另外在机械上还有包络的意思，比如addenm envelope指齿顶包络面(螺旋齿轮的)。
在第一句中，可以引申为“范围”（你也可以从信封的本意来想）。从以下附的解释中也可以看出这一点。
在第二句中，语序应该是这样的 the part proction envelopes etc must be maintained，however (the) equipment （is）less critical
这一句中，因为没有别的上下文可参考，从此意思上看我觉得envelopes应该是指包装。这个你可以参考你的原文出处。

附上一些关于envelope的解释：
n.
信封, 纸袋; 封[外]皮; 包封[皮, 装]

外[机]壳, 壳层; 包(围)层, 炉墙, 围砌; (电子射线管)泡

【数】包迹[线], 包络(线, 面), 方框(图)

【航空】气囊;【天】包层;【生】, 包被

floral envelope
【植】花被

例句
flight envelope
飞行包线

nuclear envelope
核膜

Self-addressed stamped envelope.
回邮信封贴足邮资写明发信人（自己）姓名地址的回信信封

damp-proofing for outer envelope
外围护结构防潮

An enveloping sheath or envelope.
外皮或包膜一个包装壳或外壳

『叁』 用英语怎么说：“我的专业是机械设计制造及其自动化”

如果是去外企面试或者申请留学，可以说： I was graated fromXXuniversity,my major is Mechanic Engineering.

如果就在国内，就说：I was graated fromXXuniversity,my major is Machanic Engineering and Automatical.

mechanic 英 [məˈkænɪk]美 [mɪˈkænɪk]

n. 技工，机修工

adj. 手工的

n. (Mechanic)人名；(英)梅凯尼克

engineering 英[endʒɪ'nɪərɪŋ]美['ɛndʒə'nɪrɪŋ]

n. 工程，工程学

v. 设计；管理（engineer的ing形式）；建造

(3)做机械方面的工作英文怎么说扩展阅读

例句：

1、Familiar with proct features and technologies for forging, casting and mechanic engineering .

熟悉铸造、锻造及机械加工的产品特点和工艺。

2、Combining the mechanic engineering with soil mechanics, the paper studies the dynamic characteristics of interaction between the compaction equipment and soil, dynamic model is set up.

将机械工程和土壤力学有机结合，对压实机—土壤系统动态特性进行研究建立了系统的动力学模型。

『肆』 机械类“工作职责描述”翻译 请翻译高手帮忙 急！谢谢啦~~ 拒绝翻译软件零碎英语片段产物

Job description
Responding to my daily work is for all kinds of fault equipment repair, and according to the wear and repair equipment can be divided into: * specific to the component overhaul, fatigue, deformation, corrosion, aging, causing the overall performance, the precision can not reach the standard equipment, overall comprehensive repair. Fix: * for a device that part of the local damage, such as the special repair guide badly worn flat grinder worktable, polishing-edge hydraulic cylinder oil etc.
Working procere is as follows:
A. the equipment: the need for overhaul of equipments, according to the specific circumstances of the damaged parts, comprehensive analysis on the repair, and then A comprehensive repair. The need for the item of equipment, through inquiry, drive running and users of the parts processing error checking methods, judge the fault lies.
B: remove equipment repair of overall disassembly, only remove failure parts. Equipment,
C) to replace or repair the damaged parts: the parts of the next, if damaged beyond repair, change the new. For through the repair will still use and repair after reaching its performance requirements of spare parts, use manual or machine repaired.
D. the whole or partial assembly for overhaul of equipments, after the whole assembly and adjustment to the standards required accuracy requirement, and through the relevant personnel are checked and delivery of users. For a local repair equipment, assembly, test, when the first let equipment operation fault has been ruled out, please continue to use the user.
Work in a long course has three main categories:
A. the scraping process. Main job is to guarantee the scraping interaction and equipment on both sides of the friction surface) or (can obtain higher precision and accuracy, precision and shape accuracy, precision and contact transmission because of good lubrication, manual and repeatedly is worthy, large amounts of wind, time-consuming, scraping the time needed for different devices vary, such as boring slider and slide block wind profiling, between the match before measuring clearance between the original value, and then according to the technical requirement to measure the value of time and scraping scraping, then apply DanFen red on the slider, manual let slip on the slide seat back and forth, they do straight-line movement between full contact and friction, reoccupy scraper scraping friction creates the contact point, so repeatedly, until the technical requirements for the match, single within 2 days, must blow to the boring if all the time to work with wind, a half month is required.
B. when precision testing equipment, the adjustment process: in the assembly process and equipment are completely assembled to precision testing and adjustment, such as boring bed in the installation process after grinding levelness and straightness calibration, an adjustment and measurement and cannot fully reflect the true error, and requires at least three times and measurement, can eliminate stress, and each must adjust time intervals, it takes about three days. And for the whole assembly equipment, after completion of the precision testing and adjustment, takes longer, usually need a week or so.
C) to cooperate with new and old parts: although standard zero, components, but in between interchangeable in assembly parts, and to make the optimal coordination between trim, still needs a lot of work, such as the gear and rack, boring if after removal of gear various performance indicators are used by detecting without the need to change, and to replace worn rack, rack and rack positioning pin hole on installation bolt holes and should be first, reoccupy hand crossed positioning drills and tapered reamer to match the drill and match hinge, and after the installation of new and old super-molus gear mesh clearance to achieve technical standards, this work takes about one day.
I have repaired the equipment adopts mainly include: lathe, milling machine, drilling machine, planer, grinding, boring, wedm, cranes, and all kinds of electric appliance, etc. Below I T68 type boring to overhaul to describe my work scope and responsibilities:
A: before practice steps to work. Fix the machine tool professional standards or random certificate for performance test chip and precision, and ask for the user, and then based on the repair precision loss situation and the problems of the key project and specific repair decision repair plan, and prepare the necessary tools and effecting measurement instrument assembly, and other technical data, etc.
In order to guarantee the normal work, I need to use various machines, equipment, tools and materials.

A.C 620 model lathe: it is mainly used for machining parts of the circle, plane, drilling, tapered and different thread etc. Under repair, common lathe, pins, bolts, nuts, etc, also used to increase the various parts of the surface finish.

『伍』 求机械类专业英语翻译

AT&T has installed the Global Information Systems Architecture(GISA), which standardizes its business manufacturing systems worldwide. The objective is for AT&T to improve its ability to compete in all profitable telecommunication marked wherever they may be located. With in place, concurrent proct development is possible, using whatever corporate resources required regardless of their physical location.
美国电话电报公司（AT&T)建立了一个全球化的信息系统体系（GISA）来将其全球化的业务制造系统进行标准化。其目标就是为了改善AT&T在各个通信市场的竞争力而不考虑这些市场的地理位置。当GISA投入应用之后，使用合作资源而不考虑这些资源地理位置的并行产品开发就成为了可能
7. Simultaneous Inter-company Competition and Cooperation
并存的公司间的竞争和合作
To a degree unprecedented in American business history, companies are entering into partnerships, joint ventures, and collaborations of every imaginable kind, including the information of virtual companies. Some of these relationships aim at creating economies of scale by merging similar capabilities in order to avoid the costs of adding capacity. Some aim at joint development of new “back-office” capabilities, and some cooperating companies work on the development of new generic technologies, even as they plan to compete with one another for the end user. Some companies aim at achieving vertical integration, or at creating economies of scope, by synthesizing physically distributed complementary capabilities within or among enterprises. This is, of course, the essence of a virtual organization structure
在美国历史的很长一段时间里，曾经出现过公司间合作狂热——它们以
包括虚拟的信息公司在内的各种你所能想象得到的形式进行合伙，合资以及协作。这之中有些公司是通过合并相似产能来避免产能增加时的成本负担，通过这样创造了规模经济。而一些公司通过合作致力于发展出一种新的“后勤”能力（大概是指信息技术、会计、人力资源等部门的合作吧）。有些合作的公司致力于发展新一代的技术——尽管他们可能会竞争这种产品的终端用户。还有一些公司通过与其他拥有互补能力企业的综合的方式，来实现垂直的统一管理，或者是扩大经营范围。当然这已经是虚拟企业的本质了。
What is particular striking in all these forms of joint venture is the increasing frequency of participation of direct competitors. It would be wrong to conclude t that we are witnessing a return of late-nineteenth-century trusts, cartels, and price-manipulating monopolies. Rather, there is a growing recognition that the basis of inter-enterprise cooperation is totally different with agile competition from what it was with mass-proction competition
In the mass—proction paradigm, competition was one—dimensional and centered on price; hence the pursuit of the lowest unit proction cost. The competitive environment was dominated by long-lived, standardized procts. Cooperation among competitors inevitably took the form of price and supply-fixing as a means of increasing profits above the levels that lowest unit costs and an excess of supply would allow.
In the agile proction paradigm, competition is multidimensional. Price remains important, of course, but the value of physical procts is a function of indivialized combinations of information and services the procts provide.
所有这些合作形式里面尤其令人吃惊的是直接竞争对手参与其中的频率越来越高。而这种现象恐怕不能归结于企业之间回到了十九世纪末的信任，形成垄断集团或者是进行价格操纵的垄断。我们更愿意相信这是因为：越来越多的人认识到敏捷制造时代竞争下的企业间协作和大量生产时代竞争下的协作已经完全不一样了。在一个大量生产的例子里，竞争是集中于价格单因素的。竞争环境受到长使用寿命，标准化产品的限制。对于以价格作为竞争形式公司来说，合作就是与供应商之间——采取固定供应商降低单位成本来使利润高于平均水平。
而在一个敏捷制造的例子里，竞争是多样化的。价格当然还是重要的，但是实物产品的价值还得根据产品所提供的信息和服务进行综合考虑

『陆』 机械式的工作 用英语怎么说

Routine job or machanical work

『柒』 急求机械方面的英文词汇翻译！

具有不确定运动的枢接连杆机构被称作机械装置，许多场合都用到了这种结构，例如通过折叠和提升来实现的安装技术，攀达穹顶（pantadome）体系[1]，在不同载荷下的建筑找形分析程序[2-3]和展开结构，主要应用于航天工程学中的天线结构[2-6]。这种机构的目的是建立一种由大量零应力和非常小的应力组成的一种结构。从最初的结构开始，沿着趋向获得低刚度的方向，当达到最后的结构时能够具有足够大的硬刚度来支撑所受到载荷。
有限机构同无穷小机构存在着明显的不同，前者不允许有限的进行替代的结构要素有任何的变形，而后者允许一些杆长有微小的变化即使是对那些足够大的结点的替代也是这样。这些不同将非零硬度引入其中并且提出依照Tarnai [7]（亦可见参考[8-10]）所提出的最初的无穷小的定义的要求对机构进行进一步的分类。
正如有些作者认为那样，计算无穷小机构阶数的方法或者说它的刚度等级的计算还是一个尚未解决的问题，这主要是由于它的某些方向的不确定性，尽管在该领域做了大量的工作，比如并联机构方面，当Salerno提出有效的Tarnai逼近之时还没有对该问题形成一个完整的理论框架，正如Connelly和Servatius所说：“这个问题仍然停留在该为高阶刚度如何定义的阶段……”考虑到其中的困难作者曾分析了一个简易的两方向的不确定案例。
正如有些作者认为那样，计算无穷小机构阶数的方法或者说它的刚度等级的计算还是一个尚未解决的问题，这主要是由于它的某些方向的不确定性，尽管在该领域做了大量的工作，比如并联机构方面，当Salerno提出有效的Tarnai逼近之时还没有对该问题形成一个完整的理论框架，正如Connelly和Servatius所说：“这个问题仍然停留在该为高阶刚度如何定义的阶段……”考虑到其中的困难作者曾分析了一个简易的两方向的不确定案例，基于标准定义,这似乎是一个二阶机构，但实际是确实一个有限的机制，后来的Gáspár 和Tarnai给出了详尽的解释

『捌』 机械方面的英文单词都有哪些

冲床punching machine 机械手robot 油压机hydraulic machine 车床lathe 刨床planer |'plein?| 铣床miller 磨床grinder （钻床）driller 线切割linear cutting 金属切削 metal cutting 机床machine tool 金属工艺学 technology of metals 刀具cutter 摩擦friction 联结link 传动drive/transmission 轴 弹性elasticity 频率特性 frequency characteristic 误差error 响应response 定位allocation 机床夹具 jig 动力学 dynamic 运动学 kinematic 静力学 static 分析力学 analyse mechanics 拉伸pulling 压缩hitting 剪切shear 扭转twist 弯曲应力 bending stress 强度intensity 三相交流电 three-phase AC磁路 magnetic circles 变压器 transformer 异步电动机 asynchronous motor 几何形状 geometrical 精度precision 正弦形的 sinusoid 交流电路 AC circuit 机械加工余量 machining allowance 变形力 deforming force 变形deformation 应力stress 硬度rigidity 热处理 heat treatment 退火anneal 正火normalizing 脱碳decarburization 渗碳carburization 电路circuit 半导体元件 semiconctor element 反馈feedback 发生器 generator 直流电源 DC electrical source 门电路 gate circuit 逻辑代数 logic algebra 外圆磨削 external grinding 内圆磨削 internal grinding 平面磨削 plane grinding 变速箱 gearbox 离合器 clutch 绞孔fraising 绞刀reamer 螺纹加工 thread processing 螺钉screw 铣削mill 铣刀milling cutter 功率power 参考： http://search.17jy.com/show_361330.html

希望采纳

『玖』 机械制造专业英语翻译

有比选择过程和做适当的样式During 过去十年、研究和生产经验为更好的铸件技术Important 考虑提供了科学原则模子洞被填装的率更多对铸件, 门安置、造反者设计、对寒冷的块的用途, 和填料。
填装熔融金属填装模子的模子洞the 速度用由给装门的系统和铸造倾吐的率的断面确定。太减慢铸造倾吐的率手段固体化在填装一些零件之前, 允许表面氧化作用。太高倾吐的率由太大一个给装门的系统造成导致沙子包括由侵蚀, 特别在绿色沙子造型, 和动荡。极小的横剖面在给装门的系统称阻气In 严密的感觉, 阻气是部分在断面计时潜在的线性速度是在极小值的给装门的系统。当门系统被堵塞在sprue 的底部,it 叫做a nonpressurized 系统。这个系统比阻气是在门的一个被加压的系统有些较不可靠的。
第一金属在倾吐的水池和击倒sprue 通常有运载炉渣入赛跑者To 避免炉渣在铸件, 赛跑者应该延伸通过最后门设陷井最初的炉渣的一些动荡。当门变得有效的时候, 液体水平应该是足够高以便炉渣无法进入铸件洞The 赛跑者应该被计划使动荡减到最小, 是它应该是一样平直和一样光滑的尽可能。被显示在Fig.7-3 的门被做进入洞在分开线。给装门的安排也许并且被做在洞的上面或底部。分开线门是最容易对样式制作商做; 但是, 金属下落入洞, 也许导致沙子和金属For 非铁质金属的一些动荡一些侵蚀, 这下落加重浮渣和坑害空气在金属。
上面装门被使用为简单的设计在灰色钢里, 但不是为非铁质合金, 因为过份浮渣由鼓动会形成。
底部装门提供金属流畅流程入模子。但是,if 有一个不赞同的温度梯度的不利。它冷却当它上升, 造成冷的金属在造反者和热的金属在门。

『拾』 机械式的工作用英语怎么说

机械式的工作
[网络] mechanical work;
[例句]我知道，但是车总是那样严格的按机械专式的工作，你知道吗？属
I know, but cars are so rigidly mechanical, you know?