等温模锻

利用刚粘塑性有限元方法模拟汽轮机叶轮等温模锻成形过程，具体分析了不同坯料初始高径比对成形载荷、塑性应变能以及分流面的影响。

The rigid visco-plastic FEM was employed to simulate the isothermal die forging process of the turbine wheel , and effects of the billet ′ s height to diameter ratio on forming load , plastic strain energy and neutral face were analyzed .

壳体等温模锻成形工艺

Forming Process of Isothermal Die Forging on Shell

2214铝合金防扭臂等温模锻工艺的研究

Isothermal Forging Process of 2214 Alloy Anti - torque Arm

2618铝合金横向摇臂等温模锻

Isothermal Forging Process of 2618 Al Alloy Lateral Rockerarm

2214合金起落架外筒等温模锻

Isothermal Forging Process of 2214 Alloy Landing Gear Cylinder

超高强铝合金等温模锻工艺

Ultra High Strength Aluminum Alloy Isothermal Stamping Process

航空铝机轮等温模锻工艺研究

Isothermal Forging Technology of Aircraft Al - Wheels

镁铝锌合金，未锻造2214铝合金上防扭臂等温模锻工艺的研究

Magnesium-aluminium-zinc alloys , unwrought Isothermal forging process of upper anti-torque arm of 2214 alloy

用粘塑性变分原理计算铝合金超塑性等温模锻力

Calculation of Isothermal Die - Forging Pressure for Superplastic Al Alloys by Visco-Plastic Variational Method

镁铝合金（镁是其中主要成分）未锻造的2214铝合金防扭臂等温模锻工艺的研究

Magnesium-aluminium alloy ( magnesium predominating ), unwrought Isothermal Forging Process of 2214 Alloy Anti-torque Arm

通过镦粗工艺试验，确定了该材料的热变形工艺参数，并对其进行了等温模锻工艺研究。

The technological parameter of heat deformation was confirmed by the test of Upsetting technology , and the isothermal stamping was studied .

介绍了根据起落架外筒技术要求确定的等温模锻成形工艺方案以及此项工艺的工艺参数控制。

The isothermal forging process is introduced in the paper which is to meet the technical requirements of the landing gear cylinder , and how to control the process parameters is also introduced .

等温模锻由于可以显著降低材料的变形抗力、改善金属的流动状态和内部组织而成为锻件精密成形的关键技术。

Because of the significant effects of reducing deformation resistance , isothermal forging technology has been the key to accurate forming of large components to improve metal flow state and internal organization performance of the materials .

大型钛合金隔框等温闭式模锻成形工艺优化

Optimization on the Process of Large Titanium Bulkhead Isothermal Closed-Die Forging