温锻

根据轴承温锻模具的失效分析结果，进行了模具材料的优选；

According to the results of the failure analysis of the warm forging dies for the bearing , the optimization of die materials is performed .

通过对大量在生产中失效的轴承温锻模具进行宏观及微观分析，查明了在温锻工况下模具失效的基本形式；

The macroscopic and microscopic analysis of a vast amount of failed warm forging dies of the bearing in the operation finds out the basic failure forms of dies in the warm forging ;

利用BP神经网络预测材料温锻流动应力

Prediction of Material Flow Stress in Warm Forging with BP Neural Network

RF内星轮（闭式）精密温锻工艺

Technology of ( Enclosed Die ) Net Shape Warm Forge of RF Inner Star-Shaped Gear

BJ型等速万向节外套温锻工序的要点

Keypoints of Warm-forging BJ Typed Constant Velocity Joint Outer Race

08F钢温锻温度范围内流动应力的实验研究与数学建模

The experimental research and mathematical modeling of 08F steel flow stress in the temperature range of warm forging

本文研究了常规锻、等温锻和超等温锻工艺参数对TC11钛合金饼坯高、低倍组织的影响。

In this paper , the conventional forging , the isothermal forging and the super - isothermal forging have been studied .

轴承钢不对称复杂件的温锻成形

Warm Forging of an Asymmetrical Complex Work piece of Bearing Steel

结果表明：四种试验材料经温锻后，其室温和低温冲击韧度均得到了显著的提高，温锻工艺有强烈的韧化效果。

The result shows that warm forging has strong toughening effect .

75钢温锻加速球化退火及其应用

Warm forging accelerates spheroidizing annealing of 75 steel and its application

淬火态中碳钢温锻成形行为的研究

Investigation into Warm Forging Behavior of Plain Medium-carbon Steel with Martensite Microstructure

极爪零件的温锻成形及其三维有限元模拟

Warm Forging of Generator Pole & Its 3D FEM Simulation

弧面凸轮毛坯制造方法探讨&温锻成形

Discussing of Making Method & Thermo-forging for Arc Cam Rough

具有细长深盲孔的超高强度钢壳体的温锻成形

Warm Forging of Ultra-high-strength Steel Shell Body with Small and Deeply Blind Hole

温锻模具冷却系统设计

Design of Cooling System of Warm Forging Die

温锻精密成形技术及其有限元模拟

Warm - forging and its numerical simulation

同时还叙述了冷温锻复合成形技术和设备的发展。

At the same time , the developments of technique and equipments have been elucidated .

通用温锻模具设计

Design of a General Warm Forging Die

中高温温锻成形，必须对模具进行必要的冷却。

The necessary cooling must be made for dies in medium and high temperature molding forging .

汽车用伞齿轮的温锻

Warm Forging of Automobile Bevel Gears

汽车差速器锥齿轮的温锻制坯/冷摆辗成形加工技术研究

Research on Warm Forging / Cold Orbital Forming Technology for the Straight Bevel Gear in Differential Case

通过合理分配变形程度、控制金属流动，设计出精密成形工艺的合理中间预制坯，并采用温锻制坯与冷挤压相结合的复合成形工艺，成功地进行了启动主动齿轮精锻件的生产。

Proper preforging blank form has been designed through reasonable distribution of deformation extent and control of metal flow .

钢材经精密温锻后，可以显著提高其综合机械性能，减少加工工序。

The distinct advantages of precision warm forged steel are the improvement of mechanical properties and the simplification of fabricating process .

因其成形温度的特点，对温锻模具冷却有别于热锻成形。

Because of the forming temperatures are different , the cooling of warm molding forging are distinguish from hot forging forming .

将相变与形变晶粒细化有效地结合，开发了中碳钢在马氏体状态下的温锻塑性成形工艺。

A new warm forging process which integrates phase transition with heavy plastic deformation was developed in plain medium-carbon steel with martensite starting microstructure .

对影响16MnCrs钢温锻成形工艺的主要因素锻造温度、表面氧化、摩擦、润滑和变形力进行了研究，并给出了大量的实验数据。

Some research work have been done in the key influence factors on warm precision forging process , i. e. , temperature , oxidation , friction , lubrication and deformation forces .

利用中碳钢的成形加工特性、摆动辗压的特点以及金属的形变强化作用，研制成功了能批量生产汽车离合器盘毂精锻件的温锻制坯和冷摆辗成形相结合的新工艺。

By taking the advantages of formability of medium carbon steel and the features of cold rotary forging and working hardening of metal , this paper presents the complex forming technology of warm forging and cold rotary forging to manufacture the forgings of automotive clutch disk hubs .

高温预温处理对可锻铸铁石墨颗粒数的影响

Effect of High Temperature Preheat on Number of Graphite Nodules in Malleable Iron