1) TRIP steel
TRIP钢
1.
Hot deformation and subsequent austempering of TRIP steel;
TRIP钢热变形等温淬火
2.
Advance in Research on Evolution of Structure in TRIP Steels during TMP and Heat Treatment;
TRIP钢TMP和热处理过程中的组织演变
3.
A study of microstructure of high strength cold-rolled TRIP steel using EBSD techniques;
高强度冷轧TRIP钢显微组织的EBSD研究
2) TRIP steels
TRIP钢
1.
Feasibility analysis of producing hot rolled TRIP steels using TSCR process;
薄板坯连铸连轧生产热轧TRIP钢可行性分析
2.
Effects of different alloying elements on TRIP steels were described in detail and the processing applied respectively to hot rolled and cold rolled TRIP steels was introduced in order to offer information for trial production of TRIP steels.
为了给TRIP钢的试制提供参考,对各种合金元素在TRIP钢中的作用进行了描述,并介绍了热轧和冷轧TRIP钢的处理工艺。
3.
Static softening between passes of TRIP steels A and B was measured by double-pass compression test.
B两种TRIP钢进行了软化率曲线的测定。
4) Al Containing TRIP Steel
含铝TRIP钢
5) Si-free TRIP steel
无硅TRIP钢
1.
Bainite, ferrite and a large amount of stably retained austenite were obtained through austempering immediately after intercritical annealing of Si-free TRIP steel.
无硅TRIP钢采用临界区加热等温淬火热处理,获得铁素体,贝氏体及大量稳定残余奥氏体的三相组织·通过对其显微组织观察,断口形貌分析,与高硅TRIP钢力学性能的相互比较,探讨了无硅TRIP钢相变诱发塑性的行为·结果表明:无硅TRIP钢在拉伸变形过程中,应变诱导相变,相变诱发塑性;其拉伸断口形貌呈韧性断口特征;经790℃加热在400℃等温5min时,抗拉强度达到754MPa,延伸率达到36%,综合性能(强塑积)达到27144MPa%的最高值
6) SiMn TRIP steel
硅锰TRIP钢
1.
6×10-6s-1, total elongation of the high carbon SiMn TRIP steel increased from 14%～15% to about 22%; yield strength increased from 1 015MPa to 1 198MPa, and tensile strength from 1 448MPa to 1 546MPa, the volume fraction of retained austenite in tensile specimens was reduced.
68Mn高碳硅锰TRIP钢室温低应变速率下的拉伸性能。
补充资料：TRIP钢
分子式：
CAS号：
性质：有塑性变形强化和相变诱发塑性的高强度高塑性钢，简称TRIP钢。其典型的化学成分为C 0.3％，Cr 8％，Mo 4％，Mn 2％，Si 2％。强度可高达1400MPa至2000MPa，并且在如此之高的强度下还具有高达20％～30％的伸长率。因此，这种钢的冲击韧性和断裂韧性很高，适用于制造低温下工作的压力容器等。
CAS号：
性质：有塑性变形强化和相变诱发塑性的高强度高塑性钢，简称TRIP钢。其典型的化学成分为C 0.3％，Cr 8％，Mo 4％，Mn 2％，Si 2％。强度可高达1400MPa至2000MPa，并且在如此之高的强度下还具有高达20％～30％的伸长率。因此，这种钢的冲击韧性和断裂韧性很高，适用于制造低温下工作的压力容器等。
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