锻造

duàn zào
  • forge;smith forging;smithing;smith
锻造锻造
锻造 [duàn zào]
  • (1) [forge]∶表示在炽热下用锤打使可塑金属工件改变物理性能、形状和大小

  • (2) [smith]∶加热后在砧上锻

锻造[duàn zào]
  1. 他知道如何锻造一把剑。

    He knew how to forge a sword .

  2. 锻造刀刃需要高超的技能。

    To forge a blade takes great skill .

  3. 另外,早在10世纪,他们就被其锻造成了一个具有自我意识的民族。

    They were forged by them , moreover , into a self-conscious nation as early as the 10th century

  4. 刺刀刃是用最优质的钢锻造的。

    A bayonet blade is forged from the finest steel .

  5. 铁匠把一根铁条锻造成一个钩子。

    The blacksmith forged a bar of iron into a hook .

  6. 锻造是一种非常不同于木工的技艺

    Shingling is a craft very different from carpentry .

  7. 抗美援朝战争锻造形成的伟大抗美援朝精神,是弥足珍贵的精神财富,必将激励中国人民和中华民族克服一切艰难险阻、战胜一切强大敌人。

    The great spirit forged during the War to Resist US Aggression and Aid Korea is a " precious spiritual wealth " that will inspire the Chinese people and the Chinese nation to overcome all difficulties and obstacles , and prevail over all enemies .

  8. 喷射沉积7075/SiCp复合材料压缩变形规律和锻造工艺研究

    The Behaviour of Compression Deformation and Forging Technology of Spray Deposited 7075 / SiC_p Composite

  9. 基于ADAMS的锻造操作机动力学仿真及优化设计

    Dynamic simulation and optimization design for forging manipulator based on ADAMS

  10. 基于AutoCAD的锻造工艺卡片设计系统

    AutoCAD-Based Forging Process Card Design System

  11. 锻造CAPP系统的研制

    The Study on Forging CAPP

  12. 新FM锻造法的应用实践

    Application of New FM Forging Method

  13. 锻造TiAl在热处理时晶粒长大的动力学分析

    Kinetics of Grain Growth in Forged TiAl During Heat-Treatment

  14. 结构钢热塑性变形后冷却过程的数值模拟研究综述锻造CAPP系统的研制

    Review of numerical simulation for the cooling process of the structural steel hot forging The Study on Forging CAPP

  15. 基于ARX的水压机锻造CAPP系统

    CAPP system for hydropress forging based on ARX

  16. 基于锻造E级钢钩尾框调质热处理进行的热处理技术研究工作为其它热处理工艺或工件提供了新的研究思路和技术方向。

    Research on heat treatment technique of forged grade E steel coupler yoke provide new ideas and technical direction to other heat treatment technology and workpieces .

  17. 新FM锻造法

    New FM forging method

  18. TiAl基合金包套锻造工艺

    Canned-forging process of TiAl based alloy

  19. 研究了包套锻造对大尺寸高铌TiAl合金室温塑性的影响。

    The effect of canned forging on room temperature ductility of high Nb containing TiAl alloy was studied .

  20. 采用切分锻造法、一组上平砧、两组下V形砧锻造及轻-重-轻锻造工艺试制成功了两支辊坯。

    By using the " syncopated forging process " to be forged with a group of top flat anvil and two groups of bottom V type anvil . i. e.

  21. 但实施DA锻造工艺时,锻造过程的各个环节要求严格控制,而且要有足够吨位的设备。

    During the DA processing , however , it is necessary to strictly control every step of forging process and employ the forging equipment with enough capacity .

  22. 介绍了卡马河汽车生产联合体锻造厂的连杆、U形螺栓、曲轴和前轴典型汽车锻件生产线。

    This paper introduces the typical production line of automobile forge parts in Ka-ma River automobile production union for producing the connecting rods , U-bolts , crankshafts and front axles .

  23. 20t双向吊钩锻造成形工艺

    The Forging Forming Process for the 20T Bidirection Hook

  24. 该钢中Mn的树枝晶偏析导致工艺塑性下降,性能各向异性,锻造前必须在1180℃充分均热。

    Because of decreasing of process plasticity and property anisotropy caused by Mn tree-like crystal segregation in this steel , this steel must be soaked completely at 1180 ℃ before forging .

  25. 新FM法的应用实践表明:它应用于锻造大型模块有显著效果。

    The practice shows that the new FM forging method is the new progress of forging theory and technology , and it is every effective in heavy die block forging .

  26. 无论是平砧拔长还是新FM锻造法,都要对料宽比加以控制,才能实现横向无拉应力锻造。

    Only when the blank width ratio is confined , can no crosswise tension stress forging be realized , regardless of flat platen stretching or the new FM forging method .

  27. 2500t自由锻造水压机操纵系统改造

    Control System Reconstruction of 2500t Freedom Forging Hydraulic Press

  28. 锻件的力学性能指标能达到,甚至超过DA锻造工艺生产的IN718合金锻件的水平。

    The mechanical performance indexes can attain , even exceed the targets set for the forgings produced by DA forging process .

  29. 用LZ锻造法和新FM法代替WHF法,确保在每一变形工步中都不会产生双向拉应力。

    Replacing WHF method , LZ forging method and new FM method assure that there is not two-direction tense during every sequence .

  30. 针对散热片的成形工艺做了详细分析,就CPU散热片成形过程的难点加以阐述,并与机加工的材料利用率作了比较,确定成形工艺。提出了有效的成形方法:锻造。

    The article analyzes the forming process in detail , explains the forming difficulties of the CPU fin and compares the machine tooling with material utilization ratio to make sure the forming process and the effective forming method & forging .