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AbstractAbstract
[en] The main part of the experimental programme was carried out on 3.5'' diam. pipes with a wall thickness of 0.064''. Various lengths of defect were assessed but only two depths, 0.044'' and 0.060''. Some full penetration defect tests were carried out under bending loading. The defects were 0.012'' wide and nominally flat bottomed. The tensile properties of the pipes were determined by taking specimens from each of the tubes. The pipes were exposed to pressure only test, bending only test and combined bending and pressure test. The results are given in tables. The observations led to the postulation of a design rule relating to the effect of defect in pipes under combined internal pressure and bending. It applies only to ductile situations in which the mode of failure is by a collapse mechanism: If the failure of a pipe containing an axial defect occurs by plastic collapse then provided the bending moment does not exceed half that for collapse due to bending alone, it will have a negligible effect on the failure pressure. (J.B.)
Primary Subject
Source
Brhlik, O. (ed.); Vyskumny Ustav Zvaracsky, Bratislava (Czechoslovakia); p. F/II-1-F/II-10; Oct 1977; p. F/II-1-F/II-10; 17. welding conference CSSR '77; Strbske Pleso, Czechoslovakia; 30 Oct - 4 Nov 1977
Record Type
Miscellaneous
Literature Type
Conference; Numerical Data
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