1) hardox 500 steel plate
Hardox 500钢板
2) ZG270-500 cast-steel
ZG270-500铸钢
1.
The chemical composition,hardness,microstructure and fracture morphology of ZG270-500 cast-steel of cracked lifting instrument were detected and analyzed.
对断裂起重机吊具ZG270-500铸钢的化学成分、硬度、显微组织、断口形貌等进行了检测和分析。
3) ZG270-500 cast steel piston
ZG270-500铸钢活塞
1.
The early circumference perforated crack cause of the marine ZG270-500 cast steel piston was analyzed by microscope,SEM,EDS,chemical composition and hardness examination.
通过金相显微镜、扫描电镜、化学成分和能谱分析以及硬度测试等手段,对船用ZG270-500铸钢活塞早期周向贯穿裂纹原因进行分析。
4) steel plate
钢板
1.
R & D of vanadium micro-alloyed low-temperature steel plate with strain-ageing brittleness resistance;
抗低温和应变时效脆性的钒微合金化钢板的开发
2.
Rolling techniques for improving the impact toughness of Q345 steel plates;
提高Q345系列钢板冲击韧性的轧制工艺探讨
3.
Advanced Development of Q345C Steel Plate at Liugang;
柳钢Q345C钢板的试制开发
5) plate
[英][pleɪt] [美][plet]
钢板
1.
A Study on Phase Transformation in Plate of Mn-Nb-Mo Series X70 Pipeline Steel;
Mn-Nb-Mo系X70级管线用钢板的相变
2.
Influence of automatic controlled cooling on mechanical performance of plate;
自动控制冷却工艺对钢板性能的影响
6) IF steel sheet
IF钢板
1.
on SWE for some typical Baosteel IF steel sheet used in the automobile industry is studied.
选具有代表性的汽车用宝钢IF钢板,取不同的试验样杯尺寸、样杯拉延比、样杯圆角半径、冲制样杯时润滑剂、落锤高度等,对汽车钢板二次加工脆化试验的影响因素进行研究。
2.
The R value in directions of 0°, 15°, 30°, 45°, 60°, 75°, 90° to rolling direction of two groups of IF steel sheets from Baosteel was measured.
检测了宝钢两组IF钢板与轧向夹角分别为0°,15°,30°,45°,60°,75°,90°的R值以及板材的织构。
3.
Based on the models of continues mechanics of textured polycrystals (CMTP) and Kochend(?)rfer in which the quadric yield function form is employed, the plastic strain ratio (R-values) of polycrystalline metal (deep-drawing IF steel sheets) is calculated by the approaches of modified maximum entropy method (MMEM) of low-resolution texture analysis and harmonic method.
采用反射低分辨改进最大熵三维取向分布函数法(MMEMODF)和级数展开法(简ODF),按照织构多晶体连续力学法(CMTP),遵循Konchendrfer模型,选择非二次型屈服函数来预估多晶体深冲IF钢板的塑性应变比R值。
补充资料：500kg钛铸造壳式炉
500kg钛铸造壳式炉
缪50。咤铁铸造壳式炉
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