上铸法英语怎么说及英文翻译
Ⅰ 铸造英语翻译
5.1 铸造
试样按照欧洲标准1563ei铸造。需要用相同的材料。因为一般而言,回试样样品都是用金答属尾料浇铸成的。
5.2 完成
如果图纸设计需要, 需要对试样样品进行熔补。
a)一般试样:壁厚用相似材料表示为⊙30*30 (或者按照一定的标准),从主体顶部取样。用于硬度试验和微结构实验(参考维斯塔斯图纸,如果有的话)
b)熔补试样:(Y型或者U型试样)一般附着于主体表面,一般用于力学性能实验和融化实验。
熔补试样在热处理和加上识别码以前不能与主体相分离。
Ⅱ “方法”用英语怎么说
method
英 [ˈmeθəd] 美 [ˈmɛθəd]
n.方法;条理
method的基本意思是“方法,办法”,指在做某项工作或为达到某目的时所采取的(抽象的)方法或(具体的)程序,多与介词of或for连用,是可数名词。
method的另一个意思是“秩序,条理”,即在进行过程中有条不紊,是不可数名词。
method可与介词by连用,表示“使用……方法”。
We can do it by the new method. 我们可以使用新方法来完成它。
(2)上铸法英语怎么说及英文翻译扩展阅读
词义辨析
method、manner、way这组词都有“方法”的意思。区别是
其区别在于:
1、method指具有一套理论和系统做指导的方法,强调其条理性、高效率,是就设计而言的,存在于头脑中,有好的也有不好的。
2、manner着重指一个人做事的方式和从一些具体动作上表现出来的特征,其复数形式manners的意思是“礼貌”“举止”“风俗”,与单数形式的意思有很大的差别,为庄重用语,例如:
He did everything in a leisurely manner.他做什么事都是一副不紧不慢的样子。
3、way指某人在处理某一问题或做某件事时用他自己与众不同的方式或习惯去做,为普通用语。例如:
He always speaks in a careless way.他总是漫不经心地说话。
Ⅲ 铸造方面英语翻译
结果,对于实验品或小批量产品,这是理想的方法。按需要精确的倒入适量的材料,这在铸造过程中是可能的,结果,设计中减轻重量可以实现。
Ⅳ 铸造的英文,铸造的翻译,怎么用英语翻译铸造,铸造用
英文:casting;foundry;founding
造句:
1、The marineIcastedhadafancy"feather"on hishatlike theoriginal,.? ?
我铸造的水兵最初帽子上有花哨的“羽毛”,但因为炮甲板太低,我将它切掉了。
2、comprehendfoundrytechnics, theformofeasytoproce.
对铸造工艺有一定了解,熟悉铸件易产生的缺陷形式。
3、 .
它是艺术家从世界的喧嚣和他自身灵魂的磨难中铸造出来的东西。
解释
n.1.cast-onoutwell;foundry;cast;casting;found;founding;2.fashion
v.1.strik;2.teem
Ⅳ 英文翻译
Die Casting Design and Manufacturing Technology
Although China is casting a big country, but far from strong casting, casting Chinese art, casting quality, technology, and other economic indicators than there is a big gap between the advanced countries. Casting process-oriented approach to sand casting, in which manual, semi-mechanized model still accounts for a large proportion, but the die-casting instry in recent years, China has developed rapidly, maintaining an annual 7% to 10% growth rate. China's auto instry is growing up, in order to rece vehicle weight, the car's aluminum, magnesium light metal consumption will further increase, which for Die Casting has set a higher quality requirements. China foundry process equipment with the advanced countries are still disparities. In the 1990s before casting mold design of computer use small, mainly manufacturing equipment mainly to the ordinary universal. In the 1990s, huge market demand, particularly in the automotive, motorcycle instry's rapid development has greatly promoted the Chinese die casting instry. At the same time as the joint venture and wholly owned enterprises involved in foreign advanced equipment and mold manufacturing technology to introce, promote domestic die casting design and manufacturing technology to increase graally the level of some companies already have large-scale design and manufacture of precision die capabilities, such as FAW Foundry limited Die Casting Company plant design and manufacture of die-casting machine with a set of 3400t of the die-casting molds, with a total weight of 33.5t, is the largest domestic die casting molds.
Since the 1990s, the die casting instry in the design and manufacture of the main changes are:
(1) mold proction technology level, high-tech in mold design and manufacturing, has fast become a strong manufacturing quality assurance die. CAD / CAM / CAE applications, shows the use of information technology to enhance and promote the superiority of the mold instry, CAD / CAM / CAE mold has become a universal application of the technology business. CAD / CAM technology has been integrated in the die casting instry in the wider use of the current two-dimensional design software used mainly AutoCAD, three-dimensional design software used by many, the main Pro / E, UG, Cimatron, and so on.
At present, FAW Die Casting factory in 3D design has reached 95% in the three-dimensional design using three-dimensional virtual assembly of the assembly interference detection technology to inspect and ensure the quality of die design to ensure that the design process and reasonable. Three-dimensional data CAM software editor, NC code to be transmitted directly to digital equipment on the processing die. The universal application of CNC machine tools, to ensure that the mold parts of the processing accuracy and quality has greatly improved the accuracy of the molds and proction efficiency. CAE technology is graally applied to the actual design, proction, the use of CAE simulation technology of the metal filling process, analysis of the cooling process, forecast in the process of forming a possible defect proct development, as well as pre-solidification simulation, greatly optimized the design process and shortens Test of time. FAW Foundry Co., Ltd. Die Casting plant in a number of large and complex molds, such as the engine block, cylinder head, transmission of the shell mold design application of CAE technology has begun to flow field and temperature field simulation analysis, process yield greatly提高.
(2) milling mold cavity is an important means of processing. High-speed processing (High Speed Machining, referred to as HSM) is based on high-speed, high feed and high-speed processing for the quality of the main features of the processing technology, with low temperature rise of the workpiece, the cutting force of small, smooth processing, processing quality and processing efficiency High (for the general milling of 5 to 10 times) and Machinable hard materials (up to 60HRC) and many other advantages, and therefore die in the process of increasing importance. High-speed processing technology into the mold instry, to improve the precision molds, greatly recing the time to mold manufacturing. Research shows that the general complexity of the mold, HSM processing time can be reced by 30%.
At present, the die mold enterprises in order to shorten the cycle, improve the competitiveness of the market, using high-speed machining technology more and more. HSM general for large and medium-sized mold processing, such as the automotive panel die, die casting, plastic mold, and other large-scale surface processing, and its precision surface processing up to 0.01mm. Used in the proction of high-speed CNC milling technology, could significantly rece the time tooling. After finishing the high-speed milling die-face, just a little polishing can be used to save a lot of grinding, polishing time.
Increase high-speed CNC milling machine, die business investment in equipment is one of the key points.
Ⅵ 铸造中in-mould (casting)铸造方法该翻译, 要专业术语
in-mould casting:在模铸造
Ⅶ 铸造专业英语翻译
8。表面质量:
8.1清洗:从模具和其余业务的核心物质,应去掉一个合适的方法来获得洁净度Sa21 / 2,(国际标准化组织8501-1)。
但其后不经加工表面必须均匀,光滑,逐步过渡,不“有形的外表面的笔触”。
此外以下严重性级别acc.ISO 11971应履行对铸件的各个部分:
表面粗糙度格A1
Gasmporosity C2的
上半年机械敷料
维斯塔斯铸件开发中心使用从英国获得的比较。
8.2焊接:
是不容许任何的局面。
8.3的MPI(磁粉检查):
执行acc.to维斯塔斯质量指标993001(见点1.1)或根据相应的规范由维斯塔斯接受。
检查的范围应安排Vestas.Interpretation和idications定义是维斯塔斯质量标准和有关检验规程993001提及。
8.4修补/拒收:
如果要求得不到满足,该项目必须修补(由磨)与后续检查或辞退。(尺寸要求应遵守)。
在维斯塔斯表面缺陷检测规程规定,应得到遵守。
Ⅷ 上面用英语怎么说
top英[tɒp]美[tɑːp]
n.顶部;顶;上面;极点;陀螺 ;adj.最高的;顶端的
过去式:topped过去分词:topped现在分词:topping第三人称单数:tops
词汇搭配
用作名词 (n.)
climb up to the top 爬上顶部 come to the top 来到上面,出名,成功
cut the top 砍去顶部,削掉顶端 get to the top 到达顶部
例句
用作名词 (n.)
1、The mountain tops are covered with snow.
白雪覆盖着山顶。
2、The staircase was short, and they were soon at the top.
梯子是短的,他们一下子就到了顶上。
(8)上铸法英语怎么说及英文翻译扩展阅读:
词语用法
n. (名词)
1、top的基本意思是“顶部”,主要指“顶端,盖子”,是可数名词,通常与the连用,引申可指“首位,最高的地位”,此时多用作单数形式。
2、表示“在…上面”可以说on the top of sth,也可说on top of sth,但“在上面”只能说on top。
3、top常以复数形式tops表示“(套装、睡衣的)上衣”“(根菜类的)叶”。
adj. (形容词)
4、top作形容词时意思是“最高的,最优良的”。
5、top在句中一般只作定语,在英式英语中偶尔可用作表语。
v. (动词)
6、top用作名词时意思是“顶端”“最高点”,转化为动词时意思是“到…顶上〔上面〕”“作为…顶端”,引申可表示“盖上盖子”“覆盖”“超过”。
7、top是及物动词,接名词或代词作宾语。
Ⅸ 英语翻译
Used tha casting away by the proction of castings,For the casting process of factor lead to distortion or mole size before casting a;castings with such a practice,class vanish be a reason for casting,With other reasons as to prevent the shape and casting deformity of the several measures,As from the die design,Moiding technics and fill in the vibration firm control of parameters aspects,Effective relief for casting a defect.
The research work in practice that such away by the proct quality casting with great significance.
Thank you.
Ⅹ 英语高手帮忙翻译下啊!
1铸造厂名称;
2地址;
3作为FV 集团的供货厂,铸造执照证件;
4 人员数目:经理,行政人员,工人;
5 每日工作班次;
6 供应的材料/原材料;
7 化铁高炉数:xx ----尺寸---;
8 高炉容量;
9 坩埚/熔铁包或球嚜铸铁运输车的数量和类型;
10 运输车的容量,尺寸;
11 每日或每班的铸造量;
12 加热/热处理方式;
13 所属组别的定义参数:0 铸件,0加热/处理,0冷却,0单模砂型铸造,0其它;
14 所属组别的容量:0 2000公斤,0 大于2000公斤;
15 每组的试件数量,试件型式;
16 每种试件的参照技术规格;
17 试件何时采的样? 0 浇铸过程中,0 浇铸一半时,
0 浇铸结束;
18 取样时试件的温度;
19 铸造厂内所进行的试验/证明;
20 铸造厂外协,第三方试验/证明;
21 铸造厂现有的试验室仪器和机器设备;
22 型箱的证明和标记;
23 (箱)盖的证明和标记;
24 交货前产品最后的热处理方式;
25 交货前托盘的证明和标记;
26 所生产的球墨铸铁的技术数据(特征中值):(为了把数据插入到铸造厂的部署)。