forging die中文,forging die的意思,forging die翻译及用法

2026-03-21 07:57 浏览次数 18

forging die

[ˈfɔ:dʒiŋ dai]

[机] 锻模

forging die 片语

片语

rotary forging table die magazine旋转锻造表死于杂志

bimetal hot forging compound die双金属复合热锻模

precision forging die[机]

forging g die锻模

drop-forging die落锻钢模

screw press forging die螺旋压力机锻模

MOUDING FORGING AND DIE-CASTING FACTOR牟定县轻工锻压厂

cold forging die冷锻模

forging die 例句

英汉例句

  • the technology of p/m hot-forging is introduced for assault block as an example. the design of preform and forging die is analyzed with the precautions and problems often observed during hog-forging.

    本文以沖击块为例介绍了粉末冶金热锻的工艺,对热锻中的预成形坯设计、锻模设计作了进一步探讨,分析了热锻中的注意事项和经常出现的问题。

  • in this paper . three lines of processing technology of cemented carbide forging die are studied.

    针对硬质合金电微压模的加工,选取了三种不同的加工工艺路线进行了对比研究;

  • finally the design and application achievement of this hot forging die are described.

    介绍了油孔螺塞拼接式热锻模具的设计及其应用效果。

  • as the die adopts some unique design, it also can be used for reference when design hydraulic forging die for similar parts.

    模具的某些独特设计具有代表性,可供同类零件液锻模设计时参考。

  • the forging die has no draft angle and the material utilization rate is increased about 12.5%.

    该模具结构使锻件的外形略去拔模斜度,材料利用率提高约12.5%。

  • a new technology, substituting three axis for four axis manufacturing by using subarea manufacturing is offered and manufacture successfully the rolling forging die for enterprise.

    采用分区加工的方法实现了三轴加工替代四轴加工新方法,并成功地为企业加工出了合格的滚压模具。

  • closed forging method, forging prodn. system using method, forging die used in method and system, and preform or yoke produced by method and system.

    闭式锻造方法,使用该方法的锻造制造系统,用于该方法和系统中的锻造模具,以及由该方法和系统制造的预型件或轭。

  • the production of turbine blades mainly uses forging billets in small-scale production, so the forging die design requires much higher production.

    汽轮机叶片目前主要采用小批量生产的锻件毛坯,其对锻造模具设计效率要求很高。

  • this article introduces manufacturing technological program of present process equipment (general machine tool mainly) which are applied to connecting rod forging die of d114 diesel engine.

    本文介绍了d114柴油机连桿锻模用现有的加工设备(主要是普通机床)进行制造的工艺方案。

  • in this paper a simple fem discrimination of basic filling ability of finish forging die is presentes. the principle of discrimination and experimental proof are also introduced.

    提出了一种简单的终锻模充填能力的有限元判别法,介绍了判别的原理、实验验证。

  • the importance of developing new die steel, and some die steel , specially hot forging die steel a and plastic die steel b produced by tisco have been introduced in this article.

    介绍了开发新型模具钢的重要性,介绍了太钢生产的一些模具钢品种,重点介绍了开发出的热作模具钢a和塑料模具钢b。

  • this paper introduces the application of double locking clippers for a closed forging die to solving the problems such as getting stuck and fatigue fissure caused by a gear forging die.

    针对齿轮锻模极易发生卡模和断裂失效的情况,提出对闭式锻模采用双锁扣的结构方案。

  • compared with the forging die steel, casting forging die steel although toughness is low, but high strength, red hardness is good, with low notch sensitivity and high resistance to thermal fatigue.

    与锻造模具钢相比,铸造热锻模具钢虽然韧性低,但强度高、红硬性好,具有较低的缺口敏感性和较高的抗热疲劳性。

  • the result of the research here can provide reference for improving the life of hot forging die and optimizing the structure of surface of die.

    为提高模具的使用寿命、优化模具表面结构提供了理论依据。

  • the defects of forging die made by squeeze casting were analyzed , the corresponding protective measures were also given out.

    分析了液态模锻锻模常出现的几种缺陷,提出了相应的预防措施。

  • this is a introduction to the pulse current electrolytic machining of forging die equipment using low density compound electrolyte, and examples are also given.

    介绍了使用低浓度复合电解液,锻模的脉沖电流电解加工的设备及加工实例。

  • described the technological process of the new and the old forging die for the claw hammer, introduced the working principle of the movable die and die structure.

    叙述了羊角锤新旧模锻工艺过程,介绍了活动模具的动作原理及模具结构。

  • the universal law and method of material selection of hot forging die are introduced.

    介绍了锤锻和热挤压类热锻造模具选材的一般规律和方法;

  • after applying new process, the lifetime of h13 steel forging die was increased by 100%.

    采用h13钢的锻造模具在应用新工艺后,其寿命可提高1倍。

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