1) Ti micro-alloyed steel
Ti微合金钢
1.
The dynamic recrystallization(DRX) behavior of Ti micro-alloyed steel under different deformation conditions was studied by using a Gleeble 3800 thermo/mechanical simulator.
采用Gleeble 3800热力模拟实验机,研究了一种Ti微合金钢在850～1 150℃、0。
2) Nb-Ti microalloyed steel
Nb-Ti微合金钢
1.
The phase transformation behavior of Nb-Ti microalloyed steel during cooling process after deforma- tion was studied by the Gleeble-2000 thermomechanical experiment simulator and by means of a combined method of microscopic hardness measurement.
利用GLEEBLE-2000对试验钢进行热模拟试验,并结合显微硬度测试,研究了一种Nb-Ti微合金钢热变形奥氏体的变形后冷却相变行为。
2.
The precipitation of carbonitrides in Nb-Ti microalloyed steels has been investigated by using a combined technique of thermal simulation and transmission electron microscopy(TEM).
利用热模拟和TEM技术研究了Nb-Ti微合金钢中微合金碳氮化物的析出行为,研究结果表明,高温奥氏体区析出的微合金碳氮化物数量随变形量的增大而增加,尺寸随着变形温度的升高稍有增大。
3) Ti-V-Nb Microalloying Steel
Ti-V-Nb微合金钢
4) V-Ti microalloyed steel
V-Ti微合金钢
1.
In order to study continuous cooling transformation behavior of deformed austenite of V-Ti microalloyed steel,not only CCT diagrams have been constructed but also effects of deformation amounts and holding under the deformation temperature on CCT diagrams and microstructure have also been discussed,followed by the Gleeble3800 thermo-mechanical experiment.
为研究V-Ti微合金钢热变形奥氏体的连续冷却转变行为,在对V-Ti微合金钢进行G leeb le3800热模拟后,建立了连续冷却转变曲线(CCT图),探讨了变形量和高温停留对CCT曲线和相变组织的影响。
5) Ti-Nb Microalloyed Steel
Ti-Nb微合金钢
1.
Secondary Phase Particles in Ti-Nb Microalloyed Steel and Coarse-Grained Heat Affected Zone;
Ti-Nb微合金钢及焊接热影响区中的第二相粒子
6) Ti micro-alloying
Ti微合金化
1.
In addition, it, relating the continuous casting and rolling feature of the slab, analyses the application prospect of Ti micro-alloying technology in TSCR.
本文概述了钢中TiN(TiC)的固溶和析出规律及对钢组织和性能的影响,提出了Ti微合金钢的相关生产 工艺特点;并结合薄板坯连铸连轧的工艺特点,分析了Ti微合金化技术在TSCR工艺中的应用前景。
2.
In thin slab continuous casting and continuous rolling process,by researching the Ti micro-alloying technology,the problem of mechanical performance undulation with Ti micro-alloying was solved effectively, and high strength weathering steels were developed,the yield strength is 450～700 MPa.
在薄板坯连铸连轧流程上,经过对Ti微合金化技术研究,有效地解决了Ti微合金化性能波动大的问题,开发出屈服强度450～700 MPa高强耐候钢。
补充资料：微合金钢
分子式：
CAS号：
性质：微合金化的高强度低合金钢。它是在普通软钢和普通高强度低合金钢基体化学成分中添加了微量合金元素(主要是强烈的碳化物形成元素，如Nb、V、Ti、A1等)的钢，合金元素的添加量不多于0.20％。添加微量合金元素后，使钢的一种或几种性能得到明显的变化。典型的微合金钢有15MnVN和06MnNb。微合金钢中含有一种或几种微合金元素，其含量大约在0.01％～0.20％之间。微合金钢由于屈服强度高、、韧性好、焊接性和耐大气腐蚀性好，可用于大型桥梁建筑，制造各类车辆的冲压构件、安全构件、抗疲劳零件及焊接件，它也是锅炉、高压容器、输油和输气管线，以及工业和民用建筑的理想材料。
CAS号：
性质：微合金化的高强度低合金钢。它是在普通软钢和普通高强度低合金钢基体化学成分中添加了微量合金元素(主要是强烈的碳化物形成元素，如Nb、V、Ti、A1等)的钢，合金元素的添加量不多于0.20％。添加微量合金元素后，使钢的一种或几种性能得到明显的变化。典型的微合金钢有15MnVN和06MnNb。微合金钢中含有一种或几种微合金元素，其含量大约在0.01％～0.20％之间。微合金钢由于屈服强度高、、韧性好、焊接性和耐大气腐蚀性好，可用于大型桥梁建筑，制造各类车辆的冲压构件、安全构件、抗疲劳零件及焊接件，它也是锅炉、高压容器、输油和输气管线，以及工业和民用建筑的理想材料。
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