EFFECT OF ACCELERATED COOLING PARAMETERS ON MICROSTRUCTURE AND HYDROGEN CRACKING RESISTANCE OF LOW-ALLOY PIPE STEELS

Matrosov Yu. I.; Kholodnyi A. A.; Matrosov M. Yu.; Popov E. S.; Konovalov G. N.; Sosin S. V.

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EFFECT OF ACCELERATED COOLING PARAMETERS ON MICROSTRUCTURE AND HYDROGEN CRACKING RESISTANCE OF LOW-ALLOY PIPE STEELS

机译：加速冷却参数对低合金钢管显微组织和耐氢裂性的影响

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The effect of accelerated cooling parameters on microstructure and hydrogen initiated cracking (HIC) is studied for thick-walled low-alloy steels of strength categories X52-X65 used for manufacturing large diameter pipes intended for operation in hydrogen sulfide media. Optimum accelerated cooling regimes are determined providing the formation of a ferrite-bainite microstructure throughout the rolled product's thickness, exhibiting improved hydrogen cracking resistance.

机译：对于强度等级X52-X65的厚壁低合金钢，研究了加速冷却参数对显微结构和氢引发裂纹（HIC）的影响，这些钢用于制造用于硫化氢介质的大口径管道。确定了最佳的加速冷却方式，可以在整个轧制产品的厚度范围内形成铁素体-贝氏体组织，从而表现出更好的抗氢裂性。

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《Metallurgist》 |2015年第2期|共9页
作者
Matrosov Yu. I.; Kholodnyi A. A.; Matrosov M. Yu.; Popov E. S.; Konovalov G. N.; Sosin S. V.;
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原文格式 PDF
正文语种 eng
中图分类冶金工业;
关键词
low-alloy steel; controlled rolling; accelerated cooling; microstructure; hydrogen initiated cracking (HIC); hardness; ferrite; bainite;

机译：低合金钢;控制轧制;加速冷却;显微组织;氢致裂纹（HIC）;硬度;铁素体;贝氏体;

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1. EFFECT OF ACCELERATED COOLING PARAMETERS ON MICROSTRUCTURE AND HYDROGEN CRACKING RESISTANCE OF LOW-ALLOY PIPE STEELS [J] . Matrosov Yu. I., Kholodnyi A. A., Matrosov M. Yu., Metallurgist . 2015,第1a2期

机译：加速冷却参数对低合金钢管显微组织和耐氢裂性的影响
2. Effect of Molybdenum on Microstructure, Mechanical Properties, and Hydrogen Induced Cracking Resistance of Pipe Steel Plates [J] . Kholodnyi A. A., Matrosov Yu. I., Sosin S. V. Metallurgist . 2017,第3a4期

机译：钼对管钢板微观结构，力学性能和氢气抗裂性的影响
3. INFLUENCE OF ACCELERATED COOLING ON THE HYDROGEN INDUCED CRACKING AND SULPHIDE STRESS CRACKING BEHAVIOR OF LINEPIPE STEELS WITH A LOW CARBON CONTENT [J] . H. Margot-Marette, B. Chamont, E. Amoris, Welding Research Council Bulletin . 2009,第532期

机译：加速冷却对低碳含量管线钢的氢致开裂和硫化物应力开裂行为的影响
4. The Influence of the Microstructures on the Polarization Resistance and Hydrogen-Induced Cracking of a Micro-alloyed Steel Submitted to Different Cooling Rates [C] . González M. R., Martins de AraújoD.S., GoldensteinH., The 6th international conference on high strength low alloy steels. . 2011

机译：显微组织对不同冷却速率下微合金钢的耐极化性和氢致裂纹的影响
5. Microstructure Evolution and Optimization of the Tempering Heat Treatment of a Medium-Carbon Low-alloy Steel =Evaluation de la microstructure et optimisation du traitement de revenu des aciers faiblement alliés [D] . Talebi, Seyyed Hesamodin . 2018

机译：中碳低合金钢回火热处理的微观结构演化与优化=沟壑盟军艺术家的微观结构和优化评价
6. Effects of Mo addition on crack tip opening displacement (CTOD) in heat affected zones (HAZs) of high-strength low-alloy (HSLA) steels [O] . Seok Gyu Lee, Bohee Kim, Woo Gyeom Kim, -1

机译：钼对高强度低合金（HSLA）钢热影响区（HAZs）的裂纹尖端开口位移（CTOD）的影响
7. Effect of accelerated cooling after controlled rolling on the hydrogen induced cracking resistance of line pipe steel. [O] . Hiroshi TAMEHIRO, Tetsuo TAKEDA, Shoichi MATSUDA, 1985

机译：控制轧制后加速冷却对线管钢氢抗裂性的影响。
8. Mechanisms of Hydrogen Embrittlement - Crack Growth in a Low-Alloy Ultra-High-Strength Steel Under Cyclic and Sustained Stresses in Gaseous Hydrogen. [R] . Lynch, S. P., Ryan, N. E. 1978

机译：氢脆的机理 - 低合金超高强度钢在气态氢循环和持续应力下的裂纹扩展。

EFFECT OF ACCELERATED COOLING PARAMETERS ON MICROSTRUCTURE AND HYDROGEN CRACKING RESISTANCE OF LOW-ALLOY PIPE STEELS

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