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Evaluation of Weld HAZ Undermatching and Tensile Strength Characteristics in High-Tensile Strength Steel Welded Joint

机译：焊接HAN焊接钢焊接和拉伸强度特性评价高拉伸强度钢焊接接头

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Masahito MOCHIZUKI;
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年度 2004
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1. High Tensile Strength Steel Plates and Welding Consumables for Architectural Construction with Excellent Toughness in Welded Joint -"JFE EWEL" Technology for Excellent Quality in HAZ of High Heat Input Welded Joints- [J] . KIMURA Tatsumi, SUMI Hiroyuki, KITANI Yasushi JFE technical report . 2005,第5期

机译：焊接接头具有极高韧性的建筑用高抗拉强度钢板和焊接材料-“ JFE EWEL”技术可确保高热输入焊接接头的热影响区具有卓越的品质-
2. Effects of weld strength undermatch on fracture toughness of HAZ notched weldments in a HSLA steel [J] . Yaowu Shi, Zhunxiang Han, Jianqin Fu International Journal of Fracture . 1998,第4期

机译：焊接强度不匹配对HSLA钢中HAZ缺口焊件的断裂韧性的影响
3. Evaluation of the effect of strength mismatch in undermatched joints on the static tensile strength of welded joints by considering microstructure Mechanical Discussion on 950 MPa Class Steel Plate Welded Joint [J] . Houichi Kitano, Shigetaka Okano, Masahito Mochizuki Welding International . 2014,第10a12期

机译：考虑微观结构评估不匹配接头强度失配对焊接接头静态抗拉强度的影响950 MPa级钢板焊接接头的力学讨论
4. ホットワイヤMAG溶接による高張力鋼板高能率溶接技術の検討--ホットワイヤMAG溶接法を用いた高張力厚鋼板高能率·高品質溶接技術の開発（第一報）Investigation of High-efficiency Welding Technique for High-tensile Strength Steel Plate using Hot-wire GMA Welding Method-- Development of High-efficiency High quality Welding Technique for High-tensile Strength Thick-steel Plate using Hot-wire MAG Welding Method (1st Report) [C] . 高木　真登, 山本　元道, 篠崎　賢二, 溶接学会全国大会 . 2015

机译：热线MAG高压钢板高效焊接技术通过焊接热线MAG高张力厚钢板高效率和高质量的焊接技术采用热线MAG焊接方法（第一报告）高效焊接技术研究采用热线GMA焊接方法的高抗拉伸强度钢板 - 使用热线MAG焊接方法开发高效高品质焊接技术，采用热线MAG焊接方法（第1次报告）
5. Effects of joint preparation angle of single-vee butt welds on the tensile strength of ASTM A36 carbon steel. [D] . McClure, Matthew. 2011

机译：单V形对接焊缝的接头准备角度对ASTM A36碳钢拉伸强度的影响。
6. Effects of Conventional Welding and Laser Welding on the Tensile Strength Ultimate Tensile Strength and Surface Characteristics of Two Cobalt–Chromium Alloys: A Comparative Study [O] . Seenivasan Madhan Kumar, Jayesh Raghavendra Sethumadhava, Vaidyanathan Anand Kumar, 2012

机译：常规焊接和激光焊接对两种钴铬合金的拉伸强度极限拉伸强度和表面特性的影响：比较研究
7. TENSILE STRENGTH CHARACTERISTICS OF GAS PRESSURE WELDED JOINTS OF REINFORCING STEEL BARS AT LOW TEMPERATURES AND A CONFIRMATION METHOD OF NORMALIZING WELDS : Experimental study on brittle fracture initiation characteristics of gas pressure welded joints of reinforcing steel bars at low temperatures. (III) [O] . MORIHISA FUJIMOTO, TOSHIAKI FUJIMORI, TADAO NAKAGOMI, 1985

机译：低温加强钢筋气体压力焊接接头的拉伸强度特性及焊缝尺寸的确认方法：低温加固钢筋气体压力焊接接头脆性断裂特性的实验研究。（iii）
8. Welding Test Number 180 -- High Tensile Steel: The Tensile Strength of Welded Joints with High Width-Thickness Ratios [R] . Martin, D. J. 1939

机译：焊接试验编号180 - 高强度钢：焊接接头的高宽度，厚度比抗拉强度

Evaluation of Weld HAZ Undermatching and Tensile Strength Characteristics in High-Tensile Strength Steel Welded Joint

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