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A Study of Notch Toughness and Weld Softening in Submerged-Arc Weld Heat-Affected Zone for Q and T High Tensile Steel (Report 5)

机译：Q和T高拉伸钢浸没 - 弧焊热影响区中扦插韧性和焊接软化研究（报告5）

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Makoto Sato; Hajime Nakasugi;
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年度 1971
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2. Characteristics of the heat-affected zone in ultra-fine grained steel during ultra-narrow gap GMA welding. Softening zone and microstructures of the heat-affected zone in ultra-fine grained steel [J] . R ITO, K HIRAOKA, C SHIGA Welding International . 2005,第6期

机译：超细间隙GMA焊接中超细晶粒钢的热影响区特征。超细晶粒钢的软化区和热影响区的组织
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4. Prediction of Toughness through Evaluation of Alloying Elements Distribution Pattern at Heat-affected Zone in Submerged-Arc Welding Process of API X70 Steel [C] . Majid Sharifi, Najmoddin Arab, Gholamreza Khalaj International Conference on Materials Science and Mechanical Engineering . 2014

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5. Microstructural Evolution and Mechanical Properties of Fusion Welds and Simulated Heat-Affected Zones in an Iron-Copper Based Multi-Component Steel. [D] . Farren, Jeffrey David. 2012

机译：铁铜基多组分钢中熔焊和模拟热影响区的组织演变和力学性能。
6. Investigation of Welds and Heat Affected Zones in Weld Surfacing Steel Plates Taking into Account the Bead Sequence [O] . Miloš Mičian, Jerzy Winczek, Marek Gucwa, 2020

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7. Microstructure and Toughness in Weld Heat-Affected Zone of Duplex Stainless Steel(Materials, Metallurgy Weldability) [O] . ENJO Toshio, KURODA Toshio, IMANISHI Ryusuke 2013

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8. Notch Sensitivity of the Weld Heat-Affected Zones in a Manganese-Molybdenum-Boron Armor Steel [R] . Nippes, E. F., Gerken, J. M. 1954

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A Study of Notch Toughness and Weld Softening in Submerged-Arc Weld Heat-Affected Zone for Q and T High Tensile Steel (Report 5)

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