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1)  12CrNi2MnCu cast steel
12CrNi2MnCu铸钢
2)  Cast steel
铸钢
1.
Effects of RE/V/Ti multi-modification on grain refinement of high silicon cast steel;
稀土、钒、钛变质处理对高硅铸钢晶粒细化的影响
2.
Study on process of multi-element permeation on cast steel surface;
铸钢表面多元共渗工艺和性能研究
3.
Application of cast-penetrating technology in the cast steel valve;
铸渗技术在铸钢阀门上的应用
3)  Casting steel
铸钢
1.
An Analysis on Abnormal Fracture of 12CrNi2MnCu Casting Steel;
12CrNi2MnCu铸钢异常断口分析
2.
The conchoidal fracture in casting steel was studied by means of instrumented impact test, facture analysis and metallographic examination.
采用示波冲击试验、断口分析和金相分析等方法,并结合断裂力学对铸钢中贝壳状断口的形成机理进行了研究。
3.
The microstructure and mechanical properties of the chain guide frame made of imported and home made materials as well as products meta bainited casting steel were investigated by mears of optical microscop (OM)?X ray phase analysis, scanning electron microscopy (SEM) and mechanical testing.
用金相分析、X射线衍射、扫描电镜及力学性能测试分析了进口、国产及准贝氏体铸钢链轨架材质的组织及力学性能。
4)  Steel casting
铸钢
1.
The Application of Electric Arc Heating Top in Steel Casting Roll Production;
电弧加热冒口(EAHT)在铸钢轧辊生产中的应用
2.
In this paper,the influence of various parameters on suspension shearing dry strength and permeability of EPC coating used on steel casting through right angle test was studied.
通过正交试验 ,研究了各因素对真空实型铸造铸钢件涂料的透气性、干强度、剪切力、悬浮性的影响。
3.
A flexible software with versatile functions was presented,which can be used conveniently in the design of the steel casting process.
开发了具有功能全面、使用方便、适用面广等特点的铸钢件铸造工艺计算机辅助设计软件。
5)  Cast-Steel
铸钢
1.
Aiming at the phenomenon that there occur fatigue cracks in the cast-steel axial suspending tubes on locomotives,and in order to find out the reasons that cause the cracks,the axial suspending tubes were investigated and analyzed.
针对机车铸钢抱轴箱在运行中产生疲劳裂纹的现象,笔者对机务段检修和返厂检修的抱轴箱进行了调研,认为裂纹长度服从正态分布。
6)  CSS (Cast Semi-Steel)
半铸钢;钢性铸铁
补充资料:铸钢
铸钢
cast steel

   用以浇注铸件的钢。铸造合金的一种。铸钢分为铸造碳钢、铸造低合金钢和铸造特种钢3类。
   ①铸造碳钢。以碳为主要合金元素并含有少量其他元素的铸钢。含碳小于0.2%的为铸造低碳钢,含碳0.2%~0.5%的为铸造中碳钢,含碳大于0.5%的为铸造高碳钢。随着含碳量的增加,铸造碳钢的强度增大,硬度提高。铸造碳钢具有较高的强度、塑性和韧性,成本较低,在重型机械中用于制造承受大负荷的零件,如轧钢机机架、水压机底座等;在铁路车辆上用于制造受力大又承受冲击的零件如摇枕、侧架、车轮和车钩等。
   ②铸造低合金钢。含有锰  、铬、铜等合金元素的铸钢。合金元素总量一般小于5%,具有较大的冲击韧性,并能通过热处理获得更好的机械性能。铸造低合金钢比碳钢具有较优的使用性能,能减小零件质量,提高使用寿命。
   ③铸造特种钢。为适应特殊需要而炼制的合金铸钢,品种繁多,通常含有一种或多种的高量合金元素,以获得某种特殊性能。例如 ,含锰11%~14%的高锰钢能耐冲击磨损,多用于矿山机械、工程机械的耐磨零件;以铬或铬镍为主要合金元素的各种不锈钢,用于在有腐蚀或650℃以上高温条件下工作的零件,如化工用阀体、泵、容器或大容量电站的汽轮机壳体等。
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