Dynamic Crack Resistance and Steel 09G2S Tubular Billet Structure After Deformation and Heat Treatment

Simonov M. Yu.; Shaimanov G. S.; Pertsev A. S.; Yurchenko A. N.; Simonov Yu. N.

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Dynamic Crack Resistance and Steel 09G2S Tubular Billet Structure After Deformation and Heat Treatment

机译：变形和热处理后动态抗裂性和钢09G2S管状坯料结构

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The structure and the dynamic crack resistance of steel 09G2S tubular billets are compared after a heat treatment and different versions of deformation and heat treatment, including cold plastic deformation by radial forging and subsequent annealing. Radial forging followed by annealing has a favorable effect on strength and dynamic crack resistance, which confirms the possibility of industrial use of tubular billets from steel 09G2S after cold radial forging.

机译：在热处理和不同版本的变形和热处理之后比较钢09G2S管状坯料的结构和动态抗裂性，包括通过径向锻造和随后的退火的冷塑状变形。径向锻造随后退火对强度和动态抗裂性具有良好影响，这证实了冷轧径向锻造后钢09G2S管状坯料工业用管状坯料的可能性。

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来源
《Metal Science and Heat Treatment》 |2017年第6期|共8页
作者
Simonov M. Yu.; Shaimanov G. S.; Pertsev A. S.; Yurchenko A. N.; Simonov Yu. N.;
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作者单位

Perm Natl Res Polytech Univ Perm Russia;

Perm Natl Res Polytech Univ Perm Russia;

Perm Scientific Res Technol Inst Perm Russia;

Perm Natl Res Polytech Univ Perm Russia;

Perm Natl Res Polytech Univ Perm Russia;

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原文格式 PDF
正文语种 eng
中图分类金属学与热处理;
关键词
radial forging; dynamic crack resistance; tubular billets; deformation and heat treatment; structural steel; structure;

机译：径向锻造;动态抗裂性;管状坯料;变形和热处理;结构钢;结构;

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1. Dynamic Crack Resistance and Steel 09G2S Tubular Billet Structure After Deformation and Heat Treatment [J] . Simonov M. Yu., Shaimanov G. S., Pertsev A. S., Metal Science and Heat Treatment . 2017,第5a6期

机译：变形和热处理后动态抗裂性和钢09G2S管状坯料结构
2. Comparative Analysis of Zones of Plastic Strain, Dynamic Crack Resistance, Structure and Micromechanisms of Crack Propagation in Structural Steels 09G2S, 25 and 40 in High-Toughness Condition [J] . Simonov M. Yu., Georgiev M. N., Shaimanov G. S., Metal Science and Heat Treatment . 2016,第1a2期

机译：塑性应变区，结构钢材09g2s，25和40中裂纹传播的动态抗裂性，结构和微观机区的比较分析
3. Correlation between Dynamic Crack Strength, Plastic Deformation Zone and Geometric Dimple Parameters of Structural Steel 09G2S [J] . M. Yu. Simonov, M. N. Georgiev, Yu. N. Simonov, Journal of materials science and technology . 2013,第4期

机译：结构钢09G2S的动态裂纹强度，塑性变形区与几何凹痕参数的相关性
4. Influence of ion-beam treatment on structure and deformation resistance of 12Cr1MoV steel under static, cyclic and dynamic loading [C] . S V Panin, I V Vlasov, P O Maruschak International Conference for Students and Young Scientists: Modern Techniques and Technologies . 2016

机译：离子束处理对静电，循环和动力负荷下12Cr1mov钢结构和变形电阻的影响
5. EFFECTS OF PRECIPITATION HEAT TREATMENT ON THE MICROSTRUCTURE, TOUGHNESS AND STRESS CORROSION CRACK PROPAGATION RESISTANCE OF ALUMINUM ALLOY 2020. [D] . RINKER, JOHN GEORGE. 1982

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6. Selective Laser Melting of Duplex Stainless Steel 2205: Effect of Post-Processing Heat Treatment on Microstructure Mechanical Properties and Corrosion Resistance [O] . Suvi Papula, Mingshi Song, Aaron Pateras, 2019

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7. Effect of heat treatment on resistance to thermal cracking of 0.55C-1.1Cr-0.5Mo roll steel for continuous casting of aluminum. [O] . Kenji MIYAZAWA 1993

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8. Use of cyclic current reversal polarization voltammetry for investigating the relationship between corrosion resistance and heat-treatment induced variations in microstructures of 400 C martensitic stainless steels [R] . Ambrose, John R. 1992

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Dynamic Crack Resistance and Steel 09G2S Tubular Billet Structure After Deformation and Heat Treatment

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