DEVELOPMENT AND QUALIFICATION OF PIPELINE WELDING PROCEDURES FOR STRAIN BASED DESIGN

机译：应变设计管道焊接工艺的开发与认证

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This paper reviews the specific testing methodologies implemented for the qualification of mechanized pulsed gas metal arc welding (PGMAW) procedures for strain based design applications. The qualified welding procedures were used during recent construction of an offshore pipeline subject to potential ice scour with an initial design target of 4% tensile strain capacity. This paper addresses the integrated development of linepipe specifications, large scale validation testing, weld procedure development, and finally, the verification of robustness through full scale pressurized testing of actual girth welds on project pipe material. The qualification sequence, from linepipe specification development through final full scale girth weld proof test is described.

机译：本文回顾了为基于应变的设计应用而对机械化脉冲气体金属电弧焊（PGMAW）程序进行鉴定所采用的特定测试方法。在最近的海上管道施工中，使用合格的焊接程序可能会受到冰冲刷的影响，其初始设计目标为4％的拉伸应变能力。本文讨论了管线管规格，大规模验证测试，焊接工艺开发的综合开发，最后是通过对项目管道材料上的实际环缝焊缝进行全面加压测试来验证坚固性的方法。描述了从管线管规格制定到最终的满刻度环焊验证试验的鉴定顺序。

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来源
《International Conference on Offshore Mechanics and Arctic Engineering 2007(OMAE2007) vol.4; 20070610-15; San Deigo,CA(US)》|2007年|P.217-223|共7页
会议地点 San DeigoCA(US)
作者
Martin W. Hukle; Dan B. Lillig; Brian D. Newbury; John Dwyer; Agnes Marie Horn;
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作者单位

Trendsetter Engineering Inc;

ExxonMobil Development Company;

Worrell Lee Associates;

Det Norske Veritas;

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会议组织
原文格式 PDF
正文语种 eng
中图分类海洋工程;
关键词
WM: Weld Metal; FL: Fusion Line; HAZ: Heat Affected Zone; PGMAW: Pulsed Gas Manual Arc Welding; CWPT: Curved Wide Plate Testing; Y/T: Yield to Tensile strength ratio; uEl: Uniform Elongation; AUT: Automatic Ultrasonic Testing; DSAW: Double Submerged Arc;

机译：WM：焊接金属； FL：熔合线； HAZ：热影响区； PGMAW：脉冲气体手工电弧焊； CWPT：弯曲宽板测试； Y / T：屈服强度比； uEl：均匀伸长率； AUT：自动超声波测试； DSAW：双埋弧;

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4. DEVELOPMENT AND QUALIFICATION OF PIPELINE WELDING PROCEDURES FOR STRAIN BASED DESIGN [C] . Martin W. Hukle, Dan B. Lillig, Brian D. Newbury, International Conference on Offshore Mechanics and Arctic Engineering . 2007

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DEVELOPMENT AND QUALIFICATION OF PIPELINE WELDING PROCEDURES FOR STRAIN BASED DESIGN

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