Proceedings of the ... International Conference on Offshore Mechanics and Arctic Engineering, Volume 18, Part 4American Society of Mechanical Engineers, 1999 - Arctic regions |
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Page 76
... axial force given in Table 1 is the ' net axial ' force in the pipe wall . The axial loads that developed due to the applied internal pressure on the end plates of the test set - up and the axial loads due to the effects of Poisson's ...
... axial force given in Table 1 is the ' net axial ' force in the pipe wall . The axial loads that developed due to the applied internal pressure on the end plates of the test set - up and the axial loads due to the effects of Poisson's ...
Page 107
... axial force developed due to bending . To calculate additional axial force , bending deformation is equated to axial elongation . The Finite Difference method is used to convert obtained differential equations to algebraic ones . The ...
... axial force developed due to bending . To calculate additional axial force , bending deformation is equated to axial elongation . The Finite Difference method is used to convert obtained differential equations to algebraic ones . The ...
Page 108
... axial force and soil reaction . Axial elongation is equated to the bending deflection . This provides the additional equation to calculate axial force . Due to symmetry and as pipe extends to infinity each side of free span , half of ...
... axial force and soil reaction . Axial elongation is equated to the bending deflection . This provides the additional equation to calculate axial force . Due to symmetry and as pipe extends to infinity each side of free span , half of ...
Contents
PIPELINE RELIABILITY AND LIMIT STATES DESIGN | 1 |
DESIGN OF PIPELINES AND RISERS | 5 |
OMAE99PIPE5019 | 21 |
Copyright | |
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analysis applied Arctic Engineering ASME assessment autoclave axial force bending buckling calculated capacity Conference On Offshore Copyright corrosion corrosion defect crack defined deformation dent depth Det Norske Veritas developed diameter discrete displacement vector effect equation failure modes failure probability Figure finite element finite element analysis fracture friction function fuzzy logic gasket geotechnical engineering GTAW hoop stress hot tap tee InSAR installation internal pressure jumper length Limit State Design load longitudinal MANAVGAT material maximum measured Mechanics and Arctic modal displacement neural networks node Offshore Mechanics operating pressure ovalisation parameters Petrobras pipe material pipe wall pipeline design Pipeline Systems plastic reliability riser risk run pipe saddle safety class seabed simulation SMAW SMYS specimens stinger strain stress Table Technology temperature tensile test scheme uprating valve wall thickness yield strength ας მთ მი მს