Sentence examples for flaw assessments from inspiring English sources

Current strain-based flaw assessments neglect the unavoidable presence of strength heterogeneity between two connected pipes.

The rate at 180 °C was generally higher than the in-air data for flaw assessments found in the British Standard BS7910 by a factor of up to 3 times.

Two different engineering flaw assessment procedures are applied to component tests of pre-cracked pressure vessels.

Analytical flaw assessment methods play an important role in the industrial realisation of fracture mechanics application.

Due to the uncertainties related to the flaw assessment parameters, such as flaw size, fracture toughness, loading spectrum and so on, the probability concept is preferred over deterministic one in flaw assessment.

In this study, efforts have been made to develop the reliability based flaw assessment procedure which combines the flaw assessment procedure of BS7910 and first- and second-order reliability methods (FORM/SORM).

Based on the European flaw assessment procedure, SINTAP, Integrity Assessment Expert System of In-service Pressure Piping Containing Flaws (IAESPP-SINTAP) is developed using the presented probabilistic methodology.

The existing standards (like R-6, SINTAP) are being modified to account for the influence of stress triaxiality in the flaw assessment procedures.

The Japanese flaw assessment method WES 2805-1997 is applied to the fracture tests on welded tubular T-joints presented in Engineering Fracture Mechanics (2002 69).

The recently developed European flaw assessment procedure SINTAP was applied to the failure analysis of a broken fork of a forklift.

Descriptions are given of various design curves and failure assessment diagrams, net section yielding and EPRI type solutions, the reference stress method and approaches derived from it, the ETM and the recently developed European flaw assessment method SINTAP.