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微合金钢

网络micro-alloyed steel; HSLA; micro-alloy steel

微合金钢

网络释义

微合金钢

micro-alloyed steel

... ) ultra-macrocrystalline iron-based alloy 超微晶铁基合金 ) micro-alloyed steel 微合金钢 ) microalloying 微合金化 ...

HSLA

　　无内胎载重钢轮采用微合金钢(HSLA )，双相钢(DP )和贝氏体钢(BainiticSteel)等新型高强度、抗疲劳性能强的钢材作为原材料…

micro-alloy steel

冶金英语 - 豆丁网 ... 高强度低合金钢 high-strength low-alloy steel 微合金钢 micro-alloy steel 冷轧钢 cold rolled steel ...

Nb-Ti microalloyed steel

微Ti-Nb可焊钢,low... ... ) Nb-Ti-IF steel 钢 ) Nb-Ti microalloyed steel 微合金钢 ) Ti-V-Nb Microalloying Steel 微合金钢 ...

Micro-alloyed Carbon Steel

... nitrogen alloyed austenite steel 含氮奥氏钢 Micro-alloyed Carbon Steel 微合金钢 Alloyed Tool Steel 合金工具钢 ...

microalloyed steel containing Nb

含Nb钢,Nb bearing... ... ) Nb-microalloyed pipeline steel 管线钢 ) microalloyed steel containing Nb 微合金钢 ...

microalloyecd steel

摘要:微合金钢(microalloyecd steel)添加微合金元素(不大于0.20％)的低合金高强度钢。它是在软钢或低合金高强度钢基础上， …

Ti-Nb Microalloyed Steel

微Ti-Nb可焊钢,low... ... ) Ti-V-Nb Microalloying Steel 微合金钢 ) Ti-Nb Microalloyed Steel 微合金钢 ) Nb-Ti-IF steel 钢 ...

例句：

The application of Nb microalloying technologies is beneficial to produce microalloyed steels with low production cost .

这一技术的采用降低了生产成本，为今后生产微合金钢积累了有益的经验。

thermal analysis shows that the different content Y refines the grains of low carbon micro-alloy steel .

热分析表明不同含量钇均使低碳微合金钢的晶粒得到细化。

The working ideas of developing high quality products of low alloy and microalloy steels are summarized in detail .

详细总结了发展低合金、微合金钢高级产品的工作思路，为鞍钢的生产经营提供指导思想。

This paper describes comprehensively the hot ductility of Nb -bearing microalloyed steel in different temperature range .

综述了不同温度区间含铌微合金钢的高温塑性。

X70 pipeline steels , microalloyed steel and low carbon produced by TMCP process, possess high strength and good toughness .

X70 管线钢是控轧控冷的低碳微合金钢，具有高强高韧性。

Thermo -stability of the Microstructure in a Nb-containing Microalloy Steel During Reheating

重加热过程中含 Nb 微合金钢组织热稳定性

Effect of Deformation Condition on Microstructure and Properties of a Micro-alloyed Clean Steel

变形条件对高洁净微合金钢组织性能的影响

Prediction of Microstructure Evolution and Process Parameters of Nb Micro-alloyed Steels during the Multi-pass Hot Rolling

含铌微合金钢热连轧过程中组织演变及工艺参数的预测

microstructure and mechanical properties of a new bainite pearlite dual - phase microalloyed steel

珠光体双相微合金钢的组织与性能

Metastable austenite transformation in low carbon microalloying steel

低碳微合金钢在过冷奥氏体亚稳定区的转变

The Role of Microalloyed Steels in the Age of Explosive Growth of Steel Usage

微合金钢在快速发展钢铁应用中的角色

Effect of Heating Temperature on Morphology and Composition of Undissolved Particles in High Strength Steel Containing Ti-Nb

加热温度对钛铌微合金钢中未溶颗粒形貌和成分的影响

Bainite Transformation of Niobium Microalloyed Steel Under Isothermal and Continuous Cooling Conditions

铌微合金钢等温及连续冷却贝氏体相变

Continuous Cooling Transformation of Nb Micro-alloyed Steel after Deformation

铌微合金钢形变连续冷却过程中的相变

Dispersion Strengthening in Vanadium Microalloyed Steels Processed by Simulated Thin Slab Casting and Direct Rolling

模拟薄板坯连铸连轧实现钒微合金钢的弥散强化

Prediction of properties of microalloy steel based ib artificial neural network model

基于人工神经网络的微合金钢力学性能预报

Experimental results show that rare earth Y can refine the microstructure of low carbon micro-alloy steel and modify the second phase ;

结果表明，稀土元素钇细化了低碳微合金钢的组织并对第二相具有变质作用；

Thermodynamic calculations of precipitation behavior in Nb microalloyed steels

Nb 微合金钢析出行为的热力学计算

Continuous Cooling Transformation of Ultra-low Carbon Microalloyed Steel After Deformation

超低碳微合金钢形变连续冷却过程中的相变

Application of HSMM software to predict the microstructure and properties of V-alloyed steel

利用 HSMM 软件预报钒微合金钢的组织性能

Intragranular Ferrite and Microstructure Control in Low Carbon Microalloyed Steels

低碳微合金钢中的晶内铁素体及组织控制

Upper Limit Temperature of Deformation Induced Transformation of Nb Microalloyed Steels

铌微合金钢形变诱导相变的上限温度

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