1)Forging Process锻造工艺
1.FEA simulation on forging process parameters of heavy tube-forging;大型筒体锻造工艺参数特性模拟研究
2.Improvement of forging process for GH901 turbine-shaft;GH901合金涡轮轴锻造工艺改进
英文短句/例句
1.Forging Technology of 120°42CrMo Gear Racks120°42CrMo齿条的锻造工艺
2.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
3.Study on Isothermal Forging Techniques and After-forging Structure of Superplasticity of Titanium Alloys;钛合金超塑性等温锻造工艺及锻后组织研究
4.Redevelopment of DEFORM and Optimization of Free Forging of Large Ingot;DEFORM软件的二次开发与大型锻件锻造工艺优化
5.Research on free forging process and mechanical property of 7A05 aluminum alloy7A05铝合金自由锻造工艺及锻件力学性能研究
6.complex forge technology of sickle guard on combine havester联合收割机护刃综合锻造工艺
7.Forging Technology Design of Series 350 Crankshaft of Chevroler雪佛莱350系列曲轴锻造工艺设计研究
8.Research on Numerical Simulation of TC21 Titanium Alloy Forging Technology;TC21钛合金锻造工艺的数值模拟研究
9.Study on Optimization of Isothermal Forging Process Parameter of TA15 Titanium Alloy;TA15钛合金等温锻造工艺参数优化研究
10.CAE Optimization of the Forging Process of Automobile Steering Knuckle;利用CAE技术改进汽车转向节锻造工艺
11.Research of Forging Process for the Flange of Ni-Base Alloy Incoloy 825Incoloy 825镍基合金法兰锻造工艺的研究
12.Modeling research on FM forging process of heavy low-pressure turbine rotor大型低压转子FM法锻造工艺模拟研究
13.Near-Isothermal Forging Technology of TA15 Titanium Alloy Corbel PieceTA15钛合金支臂近等温锻造工艺
14.Research Status Review on Optimization Technology of Multi-station High Speed Forging Process多工位高速锻造工艺优化技术研究现状
15.The Current Stage and Development Trend of Forging Technology and Defect Control for Heavy Forging大型锻件锻造工艺及缺陷控制技术的研究现状及发展趋势
16.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
17.metal transformation process (rolling, forging, extruding, heat treating)金属加工工艺(轧制、锻造、挤压、热处理)
18.NUMERICAL SIMULATION OF NEW THEORY AND NEW TECHNOLOGY OF HEAVY FORGINGS;大型锻件锻造新理论与新工艺的数值模拟
相关短句/例句
forging technology锻造工艺
1.Improvement of forging technology for cylinder block with square cross-section;方截面缸体锻造工艺的改造
2.Developments of the Forging Technology Theories and Techniques of Heavy Forgings;大型锻件锻造工艺理论与技术的进展
3.Analysis is performed on the broken failure conditions from the points of forging die's configuration characters,working principle,forging die manufacture,forging technology and forging die setting.通过对模锻锤运动特征、模具制造、安装和锻造工艺等大型锤锻模的破裂事故分析,表明:大型热锻模的破裂形式是由于其恶劣的服役环境和受力方式决定的,其破坏情况与模具设计、热处理、加工方向、安装使用,乃至工人的工作情绪等因素有密切关联。
3)new forging techniques新锻造工艺
4)Heating in the forging锻造加热工艺
5)forging technology for fine grain structure细晶锻造工艺
6)extrusion forging technique挤压锻造工艺
1.Compound optimization technique based on numerical simulation induction knowledge for the optimization of extrusion forging technique was put forward.分析了基于人工智能中的归纳学习方法,提出了一种针对挤压锻造工艺优化的基于数值仿真归纳知识的混合优化方法,并通过一个挤压锻造的实例验证了该方法的有效性。
延伸阅读
模具钢的锻造工艺一、常用模具钢的锻造工艺 常用模具钢锻造工艺规范参照表9—18。表9—18 常用模具钢锻造工艺规范锻打过程中始锻、终锻要轻击、中间进行重击,击打过程中注意各部分变形要均匀,要保持各部分的温度的均匀;注意多向镦拔;注意保证足够的锻比,总的锻比一般为8~18,单次锻比一般为2~3,若采用5~10效果更佳。二、新型模具钢的锻造工艺规范 新型模具钢的加热、始锻、终锻温度及冷却方式见表9—19。
