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Toughness Improvement of the HAZ for Machine Structural Carbon and Low Alloy Steels (Report 4) : Effect of PWHT on the Absorbed Energy of HAZ for Medium, High Carbon Machine Structural Steels(Materials, Metallugy Weldability)

机译：机械结构碳和低合金钢的热影响区的韧性改善（报告4）：PWHT对中高碳机械结构钢的热影响区的吸收能的影响（材料，冶金和焊接性）

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MATSUDA Fukuhisa; LIU Wu Shyuan; MAGULA Vladimir;
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2. A New Proposal of HAZ Toughness Evaluation Method — Part 1: HAZ Toughness of Structural Steel in Multilayer and Single-Layer Weld Joints [J] . H. FURUYA, S. AIHARA, K. MORITA Welding Journal . 2007,第1期

机译：HAZ韧性评估方法的新建议—第1部分：多层和单层焊接接头中结构钢的HAZ韧性
3. The contribution of intragranular acicular ferrite microstructural constituent on impact toughness and impeding crack initiation and propagation in the heat-affected zone (HAZ) of low-carbon steels [J] . Zhihui Xiong, Shilong Liu, Xuemin Wang, Materials Science and Engineering . 2015,第juna11期

机译：晶内针状铁素体显微组织成分对低碳钢热影响区（HAZ）的冲击韧性和阻止裂纹萌生和扩展的贡献
4. DEVELOPMENT OF OFFSHORE STRUCTURE STEELS AND WELDING MATERIALS FOR ULTRA LOW TEMPERATURE SERVICE: 1 - BASIC CONCEPT OF IMPROVE OF HAZ TOUGHNESS AND MANUFACTRURING OF YP 350 MPa STEEL [C] . S. AIHARA, Y. TOMITA, T. TSUZUKI, International Conference on Offshore Mechanics and Arctic Engineering . 1999

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5. HAZ microstructural evolution in alloy 718 after multiple repair and PWHT cycles. [D] . Lu, Qiang. 1999

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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

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Toughness Improvement of the HAZ for Machine Structural Carbon and Low Alloy Steels (Report 4) : Effect of PWHT on the Absorbed Energy of HAZ for Medium, High Carbon Machine Structural Steels(Materials, Metallugy Weldability)

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