贝氏体钢
- 网络bainite;bainitic steel
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低碳Mn系空冷贝氏体钢的强韧性优化研究
Optimization Reasearch on Strength and Toughness of Low Carbon Mn-series Air Cooling Bainitic Steel
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碳和硅对Mn系空冷贝氏体钢回火韧性的影响
Effect of C and Si on the Toughness of Mn-Series Air Cooling Bainitic Steel After Tempering
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超低C贝氏体钢的进展
Development of Ultra-low-carbon Bainitic Steels
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超低碳贝氏体钢CO2激光-气体金属弧焊复合焊接成形特性
Weld Appearance of CO_2 Laser-Gas Metal Arc Hybrid Welding for Ultra-Low Carbon Bainitic Steel
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空冷Mn系强-塑-韧性贝氏体钢长材系列及其产业化
Air-cooled Mn Series Bainitic Long Steel Product and Its Industrialization
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Si对高强度高韧性贝氏体钢冲击磨损性能的影响
Effect of Silicon on Impact Wear Behavior of High Strength and High Toughness Bainitic Steels
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贝氏体钢精细结构的TEM观察
TEM observation on the fine structure in Bainitic Steels
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终轧温度对低碳Mn系贝氏体钢性能的影响
Influence of the Finishing Rolling Temperature on Properties of Low Carbon Mn Bainitic Steels
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本文对提高Si-Mn-Mo系铸造高强度贝氏体钢冲击韧性的途径进行了探讨。
An improvement of impact toughness in Si-Mn-Mo alloy system high-strength cast Bainitic steels was investigated .
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含共晶体二元金属熔体作用浓度的计算模型Si对团球状共晶体奥氏体-贝氏体钢中贝氏体相变的影响
Calculating Models of Mass Action Concentrations of Binary Metallic Melts Involving Eutectic Effect of Si on bainitic transformation of austenite bainite steel with nodular eutectic
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用人工神经网络分析Ni含量对新型空冷贝氏体钢CCT图的定量影响
Quantitative Analysis of Effects of Ni Content on CCT Diagrams of Novel Air-cooled Bainite Steels Using Artificial Neural Network Models
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超低碳贝氏体钢HAZ组织、性能及硼分布
Microstructure , Property and Boron Distribution of HAZ in An Ultra-low Carbon Bainitic Steel Bearing Cu-Nb-B
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用硼的径迹显微照相技术(PTA)研究了含硼超低碳贝氏体钢的热变形再结晶过程。
A boron-treated ultra low carbon bainitic steel was investigated by means of particle track autoradiography ( PTA ) technique .
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900MPa含Ti低碳贝氏体钢的研究
Study on Ti-bearing low carbon bainitic steel with 900 MPa yield strength
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新型Si-Mn贝氏体钢的组织结构和性能
Study on structures and properties of Si-Mn bainite steel
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控冷处理对中高碳Si-Mn无碳化物贝氏体钢的组织与性能的影响
Effect of Controlled Cooling Treatment on the Microstructure and Properties of Medium-high Carbon Si-Mn Steels
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用人工神经网络模型分析了Ni含量对新型空冷贝氏体钢的连续冷却转变(CCT)图的定量影响。
The quantitative effects of Ni content on continuous cooling transformation ( CCT ) diagrams of novel air-cooled bainite steels were analysed using artificial neural network models .
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针对普通低合金钢颚板寿命短的问题,采用控制Mn、Mo含量的方法和空气淬火工艺,得到贝氏体钢。
The efforts to deal with the short life-span of ordinary low-alloy steel jaw grinder involve the development of bainite steel by introducing Mn and Mo contents-controlling method and air-quenched techniques .
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研究了碳含量(质量分数,下同)为025%,含Si量分别为034%和145%的两种高强度贝氏体钢的冲击磨损行为。
The impact wear behavior of two high tensile strength bainitic steels with carbon content of 0 25 % and silicon content of 0 34 % and 1.45 % , respectively , has been investigated .
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Mo-Nb贝氏体钢的铸态组织与耐磨性研究
Study on Cast-formation and Wear Resistance of Mo-Nb Bainitic Steel
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Mo-Nb贝氏体钢耙片挤压铸造
Squeeze Cast of Disc Harrow Piece of Mo-Nb Bainite Steel
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Si-Mn-Mo系贝氏体钢的CCT图
CCT-diagram of Si-Mn-Mo alloy system Bainitic Steels
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低碳Mn-B贝氏体钢在汽车前轴上的应用试验
Application of Low Carbon Mn-B Bainitic Steel to Automobile Front Axle
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高强度锚杆用空冷Mn-B贝氏体钢的研究
Study on Air-cooled Mn-B Bainitic Steel for High Strength Anchor Bolt
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在超低碳贝氏体钢中,采用弛豫-析出-控制相变(RPC)技术可得到细化的中温转变组织。
The ultra-fine bainitic microstructure in a high strength low carbon bainitic Mn-Nb-B steel has been obtained by a newly developing relaxation-precipitation-control phase transformation ( RPC ) processing .
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稀土对Mn-RE系贝氏体钢CCT曲线及组织的影响
Effect of rare earth on CCT curves and microstructure of Mn-RE bainite steel
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CSP生产600MPa级低碳贝氏体钢的相变
Continuous cooling transformation of 600 MPa grade low carbon bainite steel produced by CSP process
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汽车用Mn-B系贝氏体钢的组织和性能
Microstructure and Properties of Mn-B Series Bainite Steel for Automobile
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铸态低合金Mo-Nb贝氏体钢的研制
Development of As-Cast Low-Alloyed Mo-Nb Bainite Steel
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研究了新型预硬型贝氏体钢(Y82)的合金设计及性能,分析了合金元素Si,S,Ca的作用。
Alloying design , properties of pre hardened Bainitic steel ( Y82 ) and the function of alloying elements such as Si , S , Ca were studied .