1)micro-forging微锻造
1.Experiment and Modeling to Analyse on Micro-forging the Laser Cladding微锻造作用下激光熔覆实验研究与建模分析
2.Results showed that the micro-forging laser rapid prototyping can change the residual stress state of the specimen,making the tensile stress into the compressive stress and making the crack substantial decreasing,therefore the comprehensive properties of the laser rapid prototyping specimen was improved.采用扫描电镜、X射线衍射等方法对微锻造处理后的激光快速成型试样进行了研究,结果表明微锻造能够改变激光快速成型试样的残余应力状态,使其有拉应力转变为压应力,裂纹大量减少,从而提高激光快速成型试样的综合性能。
英文短句/例句
1.Influence of Micro-forging to the Rapid Prototyping of Laser Cladding Specimen Cracks微锻造对激光熔覆快速成型试样裂纹的影响
2.Experiment and Modeling to Analyse on Micro-forging the Laser Cladding微锻造作用下激光熔覆实验研究与建模分析
3.Researching on Titanium Alloy Microstructure and Thermal Parameters of the Process of Forging;钛合金锻造成形过程热力参数与微观组织研究
4.Study on Precision Forging Process and Die of Tiny-Automobile Cranshaft;微车曲轴精密锻造成形工艺及模具的研究
5.Research on Microstructure Optimization Design Methods in Forging Processes;锻造成形过程微观组织优化设计方法研究
6.forge a sword, a chain, an anchor, etc锻造剑、 铁链、 锚等.
7.Coupled Simulation of Deformation-Heat Transfer-Microstructural Evolution for Forging Processes of Titanium Alloys;钛合金锻造过程变形—传热—微观组织演化的耦合模拟
8.Study on Optimal Design Method of the Microstructure in Forging Process Based on Preform Design and Application;基于预成形的锻造过程微观组织模拟与优化设计方法及应用
9.Microstructure Optimization and Experimental Study of the Forging Process Based on Preforming Design;基于预成形设计的锻造过程微观组织优化与实验研究
10.Antitoxic effect of microorganisms on Cu～(2+) and Ni～(2+) in CASS Process for forging additives wastewater treatmentCASS工艺微生物抵抗含Cu~(2+)、Ni~(2+)锻造添加剂废水毒性的效果
11.Investigation on Microstructure Transformation of Al-Si Alloy Blocks粉末锻造过程中Al-Si合金块体材料的微观结构变化
12.Each weaponsmith spec can make a 1-hander and a 2-hander.锻造——每种武器锻造分支可以锻造一把单手和一把双手武器。
13.forging machine (excl. portable forges), whether or not numerically controled锻造机（轻便锻炉除外）,无论是否数控
14.Java3D-basedForging Process Simulation of Forging Deformation基于Java3D的锻造过程中锻件变形的仿真
15.The New Forging Process of Medium and Small-sized Crankshaft中、小曲轴精锻件锻造新工艺的探讨
16.Influence of Abnormal Forging Processes on Microstructures and Tensile Properties of TC4 AlloyTC4钛合金异形锻件锻造工艺探索
17.wrought iron of high purity made in Sweden.瑞典制造的高纯度锻铁。
18.traveling forge crane锻造用移动式起重机
相关短句/例句
forging[英]['f?:d?i?][美]['f?rd???]锻造;锻件
3)forging[英]['f?:d?i?][美]['f?rd???]锻造，锻件
4)forgework;forging锻造 锻工
5)forgework; forging锻造;锻工
6)forging[英]['f?:d?i?][美]['f?rd???]锻造
1.Prediction models of austenite dynamic recrystallization of medium-carbon microalloyed steel during forging process;非调质钢锻造过程奥氏体动态再结晶模型的建立
2.Preorm optimal design and experimental study on the microstructure in forging process;面向微观组织优化的锻造工艺预成形优化设计及实验研究
3.Microstructure optimal design of the forging process preform;面向微观组织优化的锻造工艺预成形优化设计
延伸阅读
锻造锻造forging利用锻压机械对金属坯料施加压力，使其产生塑性变形以获得具有一定机械性能、一定形状和尺寸锻件的加工方法。锻压的两大组成部分之一。通过锻造能消除金属的铸态疏松，焊合孔洞，锻件的机械性能一般优于同样材料的铸件。机械中负载高、工作条件严峻的重要零件，除形状较简单的可用轧制的板材、型材或焊接件外，多采用锻件。锻造按成形方法可分为：①开式锻造（自由锻）。利用冲击力或压力使金属在上下两个抵铁（砧块）间产生变形以获得所需锻件，主要有手工锻造和机械锻造两种。②闭模式锻造。金属坯料在具有一定形状的锻模膛内受压变形而获得锻件，可分为模锻、冷镦、旋转锻、挤压等。按变形温度锻造又可分为热锻（加工温度高于坯料金属的再结晶温度）、温锻（低于再结晶温度）和冷锻（常温）。锻造用料主要是各种成分的碳素钢和合金钢，其次是铝、镁、钛、铜等及其合金。材料的原始状态有棒料、铸锭、金属粉末和液态金属等。金属在变形前的横断面积与变形后的模断面积之比称为锻造比。正确地选择锻造比对提高产品质量、降低成本有很大关系。
