1.
malleable castiron
韧性铸铁, 可锻铸铁
2.
Ancient Chinese Artifacts of Forgeable Cast Iron
中国古代韧性铸铁件
3.
The Fracture Toughness of Shaped Ferritic Ductile Iron by Horizontal Continuous Cast
水平连铸铁索体球墨铸铁型材的断裂韧性
4.
Study of the fracture toughness of ductile cast iron (DCI) and malleable cast iron (MCI)
球墨铸铁和可锻铸铁的断裂韧性的研究
5.
Characteristics and Toughness Control Factors for S.G.Cast Iron with High Toughness in Lower Temperature
低温高韧性球墨铸铁特点及韧性控制因素
6.
centrifugal ductile iron pipe
高压韧性离心球墨铸铁管
7.
Production of as cast automobile parts of s.g. cast iron with high strength and toughness
高强度/高韧性铸态汽车球墨铸铁件生产技术
8.
The Experiment Research on As-Cast High Toughness Ductile Iron Cooling Wall for Blast Furnace;
铸态高韧性球墨铸铁高炉冷却壁的试验研究
9.
Studies on Improving Toughness and Widening Application of High Chromium White Cast Iron
改善高铬白口铸铁韧性扩大其应用范围的研究
10.
Study on Relation between Fracture toughness and Temperature for Nodular cast iron;
球墨铸铁断裂韧性随温度变化规律的研究
11.
"also known as nodular cast iron and spheroidal graphite iron, ductile iron solidifies with free carbon in a spheroidal graphite from."
也称为可锻(韧性)铸铁或球状石墨铸铁,以球状石墨形式存在的游离碳使球墨铸铁变得更加坚固。
12.
A STUDY OF ABRASIVE RESISTANCE AND FRACTURE TOUGHNESS OF HIGH-Gr WHITE CAST IRON
高铬白口铸铁抗磨粒磨损耐磨性与断裂韧性的研究
13.
Influence of Carbon Content on the Microstructure Hardness and Impact Toughness in High Chromium White Cast Iron
含碳量对高铬白口铸铁组织、硬度及冲击韧性的影响
14.
The Influence of Heat Treatment Technology on the Impact Toughness and Hardness of White Cast Iron With Low Cr and Cu.
热处理工艺对低铬铜白口铸铁冲击韧性和硬度的影响
15.
Study on Improving Impact Toughness and Friction Welding Technology of Ductile Cast Iron;
球墨铸铁冲击韧性的改善及其摩擦焊接工艺的研究
16.
Effect of microstructure evolution of high chromium cast iron grate bars for Bayan Obo ore sintering on the impact toughness
白云鄂博矿烧结用高铬铸铁篦条组织演变对冲击韧性的影响
17.
Influences of RE-Containing Composite Modifiers on Impact Toughness of Rich Chromium Cast Iron Castings
含稀土的复合变质剂对高铬铸铁冲击韧性的改善
18.
"Optimum ductility is obtained with a ferritic matrix, so all NIBCO ductile iron is treated with a ferritizing annealing cycle."
由于最佳的韧性都是来自铁素基体,所以所有美国尼伯科球墨铸铁都经过铁素体退火韧化过程处理。