温锻,warm forging英语短句,例句大全

温锻,warm forging
1)warm forging温锻
1.A three-dimensional finite element model of warm forging for a spur bevel gear was established using Pro/E.以Pro/E为工具,以齿轮温锻成形工艺为对象,建立了直齿锥齿轮温锻成形过程中的三维塑性有限元模型。
2.The warm forging process and the cold forming process of the straight bevel gear were analyzed with computer numerical simulation based on rigid plastic/rigid viscoplastic finite element method.通过基于刚塑性/刚粘塑性有限元方法的计算机模拟对直齿圆锥齿轮的温锻和冷锻过程进行了分析,对两成形方法中的模具载荷、应力和应变分布及温度场分布进行了比较。
3.According to the characteristics of the motorbike's profile modified gear,a warm forging precision forming process was established through analyzing and comparing the possible processes,which could produce the product with high quality quickly.根据摩托车档位齿轮的产品特点,通过分析各种可能工艺并进行比较,制定产品性能优良、生产效率极高的温锻精密成形工艺。

英文短句/例句

1.The Simulation of Heavy Cylinder Forging at High Temperature;大型圆筒形锻件高温锻造过程数值模拟
2.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
3.Study on Soft-sensor Technology and Inferential Control of Temperature in Isothermal Forging;等温锻造过程中温度软测量技术与推断控制
4.Influence of Isothermal Forging Temperature on Microstructure and Mechanical Property of 2A70 Aluminum Alloy等温锻造温度对2A70铝合金组织性能的影响
5.Effects of Cold Acclimation on Physiological Metabolism of Chrysanthemum under Low Temperature Stress低温锻炼对低温胁迫下菊花生理活性的影响
6.Influence of Isothermal Forging Temperature on Microstructure and Mechanical Property of 7050 Aluminum Alloy等温锻造温度对7050铝合金组织与性能的影响
7.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
8.Research and Development of the Control System for an 80MN Isothermal Forging Hydraulic Press;80MN等温锻造液压机控制系统研制
9.Development of a Die Material for Iso-thermal Forging at 1100℃1100℃等温锻造用模具材料的研制
10.Near-Isothermal Forging Technology of TA15 Titanium Alloy Corbel PieceTA15钛合金支臂近等温锻造工艺
11.Study on the Rapid Annealing and lts Heating and Cooling Process of Malleable Iron可锻铸铁快速退火与升温降温规律的研究
12.Temperature Control Model and Its computer System for the Forging Gas heating furnace锻造煤气加热炉自动控温系统及控温模式
13.Seedlings that are hardened off in a hotbed放在温床中经受耐寒锻炼的幼苗
14.Forged heat-resisting superalloy disksGB/T14997-1994高温合金锻制圆饼
15.Isothermal Forging Process of 2214 Alloy Anti-torque Arm2214铝合金防扭臂等温模锻工艺的研究
16.Study of High-temperature Wear Performance of Cast Hot-forging Die Steels;精铸热锻模具钢高温磨损性能的研究
17.Study on Warm Precision Forging of Half Axle Gears;半轴齿轮温（热）精锻成形技术研究
18.Theoretic and Experimental Study of High Temperature Diffusion in Large Forgings;大型锻件高温扩散的理论与实验研究

相关短句/例句

isothermal forging等温锻造
1.Design of heating device for magnesium alloy isothermal forging and temperature curve of die;镁合金等温锻造加热装置的设计及模具温度曲线
2.Numerical simulation of grain size during isothermal forging of TC6 alloy;TC6合金等温锻造过程中晶粒尺寸的数值模拟
3.Simulation of Isothermal Forging for Superalloy and Analysis of Thermal Load on Die;粉末高温合金盘件等温锻造模拟及模具热负荷分析
3)isothermal forging等温锻压
1.The paper describes the powder forging,precision forging,isothermal forging techniques and their applications in the processing of steel-bonded cemented carbide,Nb-Ti high-temperature alloy steel,etc.根据锻压生产特点,在简要分析锻压设备及其控制系统的发展趋势基础上,介绍了粉末锻压、精密锻压、等温锻压等新技术及这些新技术在钢结硬质合金、铌钛高温合金钢等新材料加工中的实际应用。
4)forging temperature锻造温度
1.Using TA5 ingot with α/α+β transformation temperature of 990-1 000 ℃ by two times melting,the tests for forging temperature and reduction were performed.采用二次真空熔炼熔铸的α/α+β转变温度为990￣1000℃的TA5钛合金,在β相区开坯,经多火次中间锻造后,对其最后一火次的锻造,改变锻造温度和变形量共8种工艺方案进行实验,考察锻造温度和变形率对组织和性能的影响。
2.According to the forging blank requirements of a magnesium alloy shell,the parameters such as forging temperature,furnace holding time,clamping board temperature of the forging machine,forging time and so on of MB2 magnesium alloy forged on the general forging machine are determined by experiments.根据某壳体零件锻造毛坯的要求,通过试验确定了MB2镁合金在普通锻床上锻造时的锻造温度、炉膛保温时间、锻床夹板温度、锻打时间等工艺参数,为制订该合金的锻造工艺提供了依据。
5)warm fine forging温精锻
1.The structure of the warm fine forging die for the gearshift gears of motorcycles is introduced.介绍了摩托车档位齿轮温精锻模的结构,该模具采用碟形弹簧式预压分流结构和型腔齿爪部位独特的镶块排气结构,实现了在毛坯剪切下料条件下的档位齿轮温精锻成形。
6)thermal differential forging差温锻造