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Brittle fracture resistance of haz metal in arc-welded joints of high-strength steels with carbon content of 0.55–0.65

机译：Haz金属在高强度钢的弧焊接头中的脆性断裂性，碳含量为0.55-0.65％

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A.A. Gajvoronsky; V.D. Poznyakov; L.I. Markashova; E.N. Berdnikova; V.Ya. Yashchuk;
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1. BRITTLE FRACTURE RESISTANCE OF HAZ METAL IN ARC-WELDED JOINTS OF HIGH-STRENGTH STEELS WITH CARBON CONTENT OF 0.55-0.65% [J] . A. A. GAJVORONSKY, V. D. POZNYAKOV, L. I. MARKASHOVA, The Paton Welding Journal . 2016,第Sepa期

机译：碳含量为0.55-0.65％的高强度钢弧焊接头中的HAZ金属脆性断裂阻力
2. RESISTANCE TO COLD CRACK FORMATION OF HAZ METAL OF WELDED JOINT ON HIGH-STRENGTH CARBON STEELS [J] . A. A. GAJVORONSKY The Paton Welding Journal . 2014,第Feba期

机译：高强度碳钢上焊接接头的热害金属抗冷裂纹形成的能力
3. Resistance of HAZ of quenching high-strength steel welded joints to delayed fracture in twin-arc welding [J] . Burskii G. V., Savitskii M. M., Novikova D. P.. Автоматическая Сварка . 1998,第2期

机译：淬火高强度钢焊接接头抗震阻力在双电弧焊接中延迟骨折
4. WES 2808 for brittle fracture assessment of steel components under seismic conditions Part-IV: Change in mechanical properties and fracture toughness of steel weld HAZ by pre-strain [C] . Yamaguchi T., Kinefuchi M., Igi S., European Conference on Fracture . 2016

机译：WES 2808用于钢结构脆性骨折评估的地震条件下的钢结构分部 - IV：通过预乳糖的钢焊缝骨折的力学性能和断裂韧性的变化
5. Design of Metallic Nanocomposites for High-Strength, Plasticity and Fracture Resistance [D] . Cui, Yuchi. 2020

机译：金属纳米复合材料的设计高强度，可塑性和骨折性能
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. Influence of diffusible hydrogen on brittle fracture resistibility of metal in heat-affected zone of high-strength carbon steel [O] . Alexandre Gaivoronskiy, Sergey Kasatkin, Lyudmila Markashova, 2014

机译：扩散氢对高强度碳钢热影响区金属脆断裂性的影响
8. Effect of Conjugate Processes on Resistance of Weld Metal to Brittle Fracture in Welding of Steels with Different Chemical Composition [R] . Shirshov, Y. V., Prokhorov, N. N. 1971

机译：共轭工艺对不同化学成分钢焊接过程中焊缝金属抗脆性断裂的影响

Brittle fracture resistance of haz metal in arc-welded joints of high-strength steels with carbon content of 0.55–0.65

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