thermomechanical treatment

New Process of Thermomechanical Treatment for Taper Spring

变截面弹簧新的形变热处理工艺

Study of the application of thermomechanical treatment in seamless tube production analysis of seamless tube production in China

形变热处理在无缝钢管生产中应用的研究我国无缝钢管生产分析

Thermomechanical Treatment of Sintered Steel STUDY ON HEAT AIR SINTERING

烧结钢的形变热处理热风烧结研究

Study on thermomechanical treatment for continuously cast 6082 aluminum alloy

连铸态6082铝合金形变热处理研究

Thermomechanical treatment process of hot-rolled dual phase steel for automobile

汽车用热轧双相钢板相变工艺研究

An investigation of thermomechanical treatment of nonmagnetic austenitic high strength steel

奥氏体无磁结构钢的高温形变热处理

One of the key problems for thermomechanical treatment of aluminum alloy is how to determine the process parameters .

如何正确地选择和控制工艺方案及其参数，是影响铝合金形变热处理效果的一个关键因素。

Influence of Trace Element Alloying and Thermomechanical Treatment on Elastic Modulus of Cu Based Alloy

合金化与形变热处理对铜合金弹性模量的影响

The results show that the thermomechanical treatment can improve the quality of the automobile steering knuckle .

结果表明，锻造余热淬火工艺对汽车转向节质量有明显改善。

High-temperature thermomechanical treatment of flat spring of GZ type electromagnetical vibration machine

GZ型电振机板簧的高温形变热处理

On-line Thermomechanical Treatment Process for N-80 Grade Oil Casing

N80级石油套管在线形变热处理工艺

Influence of trace elements and thermomechanical treatment on fatigue performance of Cu based elastic alloy has been investigated .

结果表明：铜基弹性合金通过多元少量微合金化与形变热处理工艺相配合，能显著提高材料的疲劳性能。

The influence of thermomechanical treatment on the recrystallization behavior of al-li-cu-mg-zr alloys

热机械处理对Al-Li-Cu-Mg-Zr合金再结晶的影响

Effect of intermediate thermomechanical treatment on the recrystallization of al-li-cu-mg-zr alloy containing bismuth

形变热处理对含铋Al-Li-Cu-Mg-Zr系合金再结晶的影响

Weld Thermomechanical Treatment with Roller Compaction and It 's Application in Coiled Tubing Manufacture

焊缝碾压形变热处理在连续管生产中的应用

Saving Energy Technigue of High-temperature Mechanical Heat Treament The Strengthening and Toughening Mechanism of High Temperature Thermomechanical Treatment

高温形变节能热处理技术高温形变淬火强韧化机理探讨

Study on Thermomechanical Treatment of SiCp / 6066Al Composites

SiCp/6066Al复合材料的形变热处理研究

Thermomechanical Treatment for the Automobile Steering Knuckle BRAZING OF HEAT EXCHANGERS IN AIR-CONDITIONER

汽车转向节形变热处理

TiB_ ( 2 ) ceramics sintered by hot-pressing technique Thermomechanical Treatment of Sintered Steel

陶瓷的热压烧结烧结钢的形变热处理

The effect of thermomechanical treatment on the microstructure and properties of the automobile steering knuckle was researched in this paper .

研究了汽车转向节锻后余热淬火工艺对钢的组织和性能的影响。

The thermomechanical treatment is effective in maraging stainless steel ( 00Cr10Ni10Mo2Ti ) .

形变热处理对马氏体时效不锈钢00Cr10Ni10Mo2Ti的强化是行之有效的。

After thermomechanical treatment , the natural quenched alloy has coarser precipitates and its distribution is inhomogeneous .

热轧后经自然冷却的合金经热机械处理后，析出相粒子较大，分布也不均匀；

A complicated thermomechanical treatment consisting of multiple sintering-rolling or sintering-pressing is usually needed to obtain the optimum transport property of Bi-2223 Ag-sheathed tapes .

Bi2223银包套带材的热处理工艺一般包括一系列的烧结轧制/压制过程才能达到最佳的电流传输性能。

That is : ( 1 ) to make the electroslag casting ring ; ( 2 ) high temperature controlled hot deformation followed by controlled cooling ( i.e. high temperature thermomechanical treatment ); ( 3 ) cold deformation strengthening .

它由如下三步组成：（1）电渣熔铸环坯→（2）高温控制热变形和控制冷却（即高温形变热处）→（3）冷变形强化。

The microstructures of TiAl based alloy were refined and homogenized by multi step thermomechanical treatment ( MSTMT ) process , and the fracture toughness of the materials with these fine microstructures were investigated .

通过复合热机械处理新工艺，得到了细小均匀的TiAl基合金的显微组织，并研究了这些显微组织的断裂韧性。

The results show that trace Cr can enhance Cu Zn alloy hardness and recrystallized temperature in the way of precipitation hardening . Rapid heat rolling and quenching can hold the effects of working hardening , and thermomechanical treatment can develop structure hardening as well .

结果表明：微量Cr能提高CuZn合金硬度和再结晶温度，Cr对合金性能的影响是通过沉淀强化来实现的，快速热轧淬火具有保留加工强化的效果，形变热处理还产生了组织强化。

The scheme for thermomechanical treatment of 2519 aluminum alloy is designed by orthogonal test , the heat treatment experiments are made and the mechanical properties and electrochemical corrosion resistance are tested according to the scheme . Influence of each factor on mechanical properties of 2519 alloy is analyzed .

采用正交试验法设计了2519铝合金的形变热处理工艺方案，按设计方案进行了热处理试验和力学性能及电化学腐蚀性能测试，分析了各因子对该合金力学性能的影响。

The results indicated that higher cryogenic toughness and strength can be obtained by thermomechanical treatment than by ordinary or (α + β) biphase heat treatment . The cryogenic toughness will increase by about 12 % with the maximum room-temperature strength up to 107.8 MPa .

结果表明：高温形变热处理比普通热处理及a+γ两相区热处理有较好的低温韧性及强度，低温韧性提高12%左右，室温强度提高的最大值为107.8MPa。

The effect of low temperature thermomechanical treatment on precipitation kinetic , mechanical property and fracture morphology , as well as the influence of aging time on tensile property and fracture morphology was studied by means of metallography , Brinell hardness test , tensile test , DSC and TEM .

采用金相、布氏硬度、拉伸、DSC以及扫描电镜等研究手段研究了低温形变热处理对时效析出动力学、力学性能和拉伸断口的影响，以及时效时间对拉伸性能和拉伸断口的影响。

The main point is thermomechanical treatment technology used in the production of low carbon , high toughness , high strength , weldable steel for ship-building , with a view to enhancing production and quality-saving expensive alloys of Ni , Cr , Mo , etc and reducing production cost .

重点是生产低碳、高韧性、高强度、易焊接的造船用钢采用形变热处理技术，以提高产量和质量，节省昂贵的Ni、Cr、Mo等合金，降低生产成本。