1) thermo-mechanical treatment
热机械处理
1.
The effect of thermo-mechanical treatment on microstructure and properties of CuCrZrBeRE alloy and strengthening mechanism were studied.
研究了热机械处理对CuCrZrBeRE合金组织及性能的影响 ,探讨了合金的强化机理。
2) thermomechanical processing
热机械处理
1.
An(α2+O+B2) three-phase Ti3Al-based alloy,designated as TD3 alloy,is presented,including the thermomechanical processing technology,the microstructure control and the mechanical properties of some typical microstructures of TD3 alloy bars and forgings.
本文介绍了一种中等Nb含量的(α2+O+B2)三相Ti3Al基合金(TD3合金)的热机械处理工艺和微观组织特征,以及典型组织的力学性能,并与一些典型的O相基合金,高温钛合金,高温合金进行了对比。
2.
The effect of thermomechanical processing (TMP) on the morphologies and room temperature tensile properties of lath microstructure in Ti 3Al based alloy, Ti 24Al 14Nb 3V(at%), has been studied.
研究了热机械处理（ＴＭＰ）对Ｔｉ３Ａｌ基合金Ｔｉ－２４Ａｌ－１４Ｎｂ－３Ｖ（原子分数，％）板条组织的形貌及室温拉伸性能的影响。
3) TMCP
机械热处理
1.
The Development of TMCP and Relaxation-Precipitation-Control Transformation(RPC) Technology;
机械热处理工艺的发展及弛豫—析出—控制相变技术
2.
By a special thermomechanical control process(TMCP-RPC), relaxation for a certain time after control rolling and then direct quenching/accelerated cooling, the strain induced precipitions and defect structure in deformed austenite resulted in refinement of intermediate transformation microstructure.
利用一种特殊的机械热处理工艺技术，即在控轧终轧后经过一段控制时间与温度的 弛豫，使得基体中出现应变诱导析出以及变形奥氏体中缺陷组态重组，在随后的直接淬火或加 速冷却过程中，获得细化的板条贝氏体／马氏体组织。
4) thermomechanical processing
机械热处理
1.
The superplasticity of 01420 Al-Li alloy was studied by means of simple tension,and good superplasticity of the alloy was found after suitable thermomechanical processing.
采用单向拉伸对01420Al-Li合金进行超塑性研究,发现该合金经过适当的机械热处理后能获得良好的超塑性。
2.
This paper details the influence of thermomechanical processing (TMP) on the microstructures and mechanical properties of TC21 titanium alloy, a new alpha+beta alloy with high strength, ductility and toughness developed in China.
TC21合金是我国自行研制的一种新型高强高韧两相钛合金，本文主要对合金机械热处理工艺、微观组织和室温机械性能之间的关系作了系统的研究。
5) thermo-mechanical processing
机械热处理
1.
In order to investigate the effects of the pre-deformation on second phase particles and recrystallization of AA2195 Al-Li alloy, cold-rolling pre-deformation prior to overaging was exploited in the traditional thermo-mechanical processing for grain refinement.
在细化晶粒的传统机械热处理工艺中的过时效前引入冷轧预变形,研究预变形对AA2195铝锂合金过时效第二相粒子组态及最终再结晶组织的影响。
2.
The effects of pre-deformations and overaging on grain refinement of AA2195 Al-Li alloy in thermo-mechanical processing (TMP) were investigated by means of optical microscopy (OM) and scanning electron microscopy (SEM).
通过金相和扫描电镜等分析手段,研究预变形和过时效对机械热处理细化AA2195铝锂合金晶粒的影响。
3.
Fine grained Al-Mg-Li alloy sheets were produced by thermo-mechanical processing.
采用机械热处理法制备Al-Mg-Li合金细晶板材,研究预热温度、中间退火温度及转向轧制对板材塑性开裂及晶粒细化的影响。
6) low temperature thermo-mechanical treatment
低温热机械处理
1.
hot rolling and low temperature thermo-mechanical treatment, and possessed tensile strength σb= 625 MPa, electric conductivity a = 82.
6％Al铸造合金,经锻造、热轧和低温热机械处理后的0。
补充资料：热机械处理
分子式：
CAS号：
性质：又称热机械处理。将压力加工(塑性变形)与热处理相结合，以提高材料力学性能的复合工艺。这是在金属材料上有效地综合利用形变强化和相变强化，使材料最终获得高强度和高塑性(韧性)相结合的目的，从而提高零件的使用性能和寿命。形变热处理主要分为高温形变热处理和低温形变热处理。根据工艺中形变与相变的顺序又可分为形变在相变之前、之中和之后进行三大类。该工艺可用于各种碳素钢、合金结构钢、工具钢、不锈钢、高温合金和部分有色金属工件的处理。
CAS号：
性质：又称热机械处理。将压力加工(塑性变形)与热处理相结合，以提高材料力学性能的复合工艺。这是在金属材料上有效地综合利用形变强化和相变强化，使材料最终获得高强度和高塑性(韧性)相结合的目的，从而提高零件的使用性能和寿命。形变热处理主要分为高温形变热处理和低温形变热处理。根据工艺中形变与相变的顺序又可分为形变在相变之前、之中和之后进行三大类。该工艺可用于各种碳素钢、合金结构钢、工具钢、不锈钢、高温合金和部分有色金属工件的处理。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条