Proceedings of the 10th International Conference on Offshore Mechanics and Arctic Engineering, 1991: Presented at the 10th International Conference on Offshore Mechanics and Arctic Engineering, Stavanger, Norway, June 23-28, 1991. Materials engineering, Volume 3 |
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Page 529
The paper first reviews a weight function for embedded cracks and two techniques for applying its results to surface ... Then , two weight functions for the deepest point of semi - elliptical surface cracks , previously derived from ...
The paper first reviews a weight function for embedded cracks and two techniques for applying its results to surface ... Then , two weight functions for the deepest point of semi - elliptical surface cracks , previously derived from ...
Page 533
Weight function notation for a semi - elliptical surface crack in a finite thickness plate . Again , the stress intensity factor K is calculated by integration of Eq . 16. The weight function of Eq . 17 is valid for cracks with aspect ...
Weight function notation for a semi - elliptical surface crack in a finite thickness plate . Again , the stress intensity factor K is calculated by integration of Eq . 16. The weight function of Eq . 17 is valid for cracks with aspect ...
Page 534
8 and 10 , the results obtained from the ShenGlinka weight function for a flat plate are lower than , but still very close to the results from the Niu - Glinka weight function for a plate with a corner . This suggests that the magnitude ...
8 and 10 , the results obtained from the ShenGlinka weight function for a flat plate are lower than , but still very close to the results from the Niu - Glinka weight function for a plate with a corner . This suggests that the magnitude ...
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Contents
THICKNESS EFFECT | 305 |
OFFSHORE TECHNOLOGY PART | 315 |
Influence of the Welding Procedure on the Ferrite Content and Fracture Toughness of Duplex | 323 |
Copyright | |
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analysis applied assessment attachment axial axial load Basic bending brace calculated carried chord compared comparison composite considered constant crack depth crack growth curve cycles defect dependence determined diameter distribution Energy Engineering equation experimental failure fatigue strength Figure finite element fire force fracture mechanics function geometry given impact improved included increasing indicated initiation integration International layer length limit load material mean measured method obtained offshore offshore structures parameters performance pipe plastic plate plate thickness predictions present pressure problem procedure propagation protection ratio reference respectively root seawater shown shows solutions specimens steel strain stress concentration stress intensity factor stress range structures surface surface crack Table temperature tension thickness effect tubular joints values wall weight weld toe