Reliability of Non Damage Testing and Calculating Method of the Original Defect Size

Qing Gang Liu; Xin Qi Yu; Shi Ming Shen

doi:10.4028/www.scientific.net/AMR.146-147.1300

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Experimental Investigation of the Mixed-Mode Crack Expanding in Bamboo
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Microstructural Evolution of Eutectic Al-Si Alloys Produced by Semi-Continuously DC Casting during Heating and Hot-Rolling
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Mechanical Properties of Reinforced Steel Beams Influenced by the Degree of Unloading
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Reliability of Non Damage Testing and Calculating Method of the Original Defect Size
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The Effect of Controlled Rolling and Cooling on the Microstructure Evolution of Boron Microalloyed Medium-Carbon Steel
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Study on Weaving Technique Based on Wheel-Rib Mechnism and Its Infuences on Mechnics Property of Metal Rubber Material
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Effects of Nb on Strain-Induced Precipitation of NbC and Static Recrystallization for High Nb Pipeline Steels
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Creep Behaviors of Nickel-Based Single Crystal Superalloys Compact Tension Specimen at High Temperature
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Reliability of Non Damage Testing and Calculating Method of the Original Defect Size

Abstract:

In this article, factors that influence the reliability of non damage testing is studied, and a method was developed to calculate the reliability of non damage testing. More over, a method based on the reliability of non damage testing was developed to calculate the possible maximum size of defect. This study will offer original defect size data to the safety assessment.