Corrosion defect assessment on pipes using limit analysis and notch fracture mechanics

M. Hadj Meliani; Y.G. Matvienko; G. Pluvinage

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Corrosion defect assessment on pipes using limit analysis and notch fracture mechanics

机译：基于极限分析和缺口断裂力学的管道腐蚀缺陷评估

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Two methods of corrosion defect assessment on pipes are described: limit analysis (LA) and notch modified failure assessment diagram (NMFAD). Limit pressure analysis are based on ASME B31G, modified ASME B31G, DNV RP-F10I codes and recent proposed formulation. The notch stress intensity factor concept and SINTAP structural integrity procedure are combined to assess pipelines integrity into a notch-based assessment diagram so-called 'NFAD'. Defect assessment is made by comparing safety factor to a prescribed value (deterministic approach) or probability of failure to a conventional level.

机译：描述了两种管道腐蚀缺陷评估方法：极限分析（LA）和缺口修正失效评估图（NMFAD）。极限压力分析基于ASME B31G，修改后的ASME B31G，DNV RP-F10I编码和最新提议的公式。缺口应力强度因子概念和SINTAP结构完整性程序相结合，以将管道完整性评估成基于缺口的评估图，称为“ NFAD”。通过将安全系数与规定值进行比较（确定性方法）或将故障概率与常规水平进行比较来进行缺陷评估。

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《Engineering failure analysis》 |2011年第1期|共13页
作者
M. Hadj Meliani; Y.G. Matvienko; G. Pluvinage;
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正文语种 eng
中图分类工程力学;
关键词
Limit analysis; Notch modified failure assessment diagram; Safety factor; Probability of failure;

机译：极限分析;缺口修改后的失效评估图;安全系数;失效概率;

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1. Corrosion defect assessment on pipes using limit analysis and notch fracture mechanics [J] . M. Hadj Meliani, Y.G. Matvienko, G. Pluvinage Engineering failure analysis . 2011,第1期

机译：基于极限分析和缺口断裂力学的管道腐蚀缺陷评估
2. Fracture mechanics defect assessment diagram on pipe from steel P264GH with a notch [J] . Moustabchir H., Pruncu C. I., Azari Z., International journal of mechanics and materials in design . 2016,第2期

机译：带缺口的P264GH钢的管道断裂力学缺陷评估图
3. APPROACHES OF FRACTURE MECHANICS IN THE ANALYSIS OF ADMISSIBLE DEFECTS IN THE FORM OF NOTCHES [J] . Yu. G. Matvienko Strength of Materials . 2010,第1期

机译：缺口形式的容许缺陷分析中的断裂力学方法
4. Corrosion Defect Assessment on Pipes Using Limit Analysis and Notch Fracture Mechanics [C] . Guy Pluvinage NATO Advanced Research Workshop on Integrity of Pipelines Transporting Hydrocarbons . 2011

机译：利用极限分析和凹口骨折力学对管道的腐蚀缺陷评估
5. THE RESIDUAL STRENGTH DETERMINATION DUE TO FATIGUE LOADING BY FRACTURE MECHANICS IN NOTCHED COMPOSITE MATERIALS (STRESS CONCENTRATION, FAILURE CRITERIA). [D] . JEN, MING-HWA ROBERT. 1985

机译：缺口复合材料中由于断裂力学作用的疲劳载荷而确定的残余强度（应力集中，破坏准则）。
6. Circumferential SH Wave Piezoelectric Transducer System for Monitoring Corrosion-Like Defect in Large-Diameter Pipes [O] . Hao Zhang, Yuehao Du, Jihua Tang, 2020

机译：圆周SH波压电换能器系统用于监测大直径管道的腐蚀样缺陷
7. Initial Fatigue Crack Growth Behavior in a Notched Component (Report V) : Assessment of Initial Defect in Respect to Fatigue Life of a Notched Component(Mechanics, Strength Structural Design) [O] . HORIKAWA Kohsuke, CHO Sang-Moung 2013

机译：缺口构件的初始疲劳裂纹扩展行为（报告V）：缺口构件的疲劳寿命方面的初始缺陷评估（力学，强度和结构设计）
8. Consideration of Fracture Mechanics Analysis and Defects Dimension Measurement Assessment for the Trans-Alaska Oil Pipeline Girth Welds. Volume II. [R] . berger,harold smith,john h. 1977

机译：跨阿拉斯加输油管道环焊缝断裂力学分析与缺陷尺寸测量评价的思考。第二卷。

Corrosion defect assessment on pipes using limit analysis and notch fracture mechanics

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