Proceedings of the ... International Conference on Offshore Mechanics and Arctic Engineering, Volume 3; Volume 8, Part 3American Society of Mechanical Engineers, 1989 - Arctic regions |
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Page 128
Differently from the stress intensity factor of the fracture mechanics method , stress is an indirect crack driving force parameter in fatigue crack propagation . Stress governs fatigue crack growth behavior through the stress intensity ...
Differently from the stress intensity factor of the fracture mechanics method , stress is an indirect crack driving force parameter in fatigue crack propagation . Stress governs fatigue crack growth behavior through the stress intensity ...
Page 137
FATIGUE CRACK GROWTH CALCULATIONS USING STRESS INTENSITY FACTORS FOR WELD TOE GEOMETRIES 0. D. Dijkstra , H. H. Snijder , and I. J. van Straalen TNO - IBBC Delft , The Netherlands Stress intensity concentration factors ( MK ) for butt ...
FATIGUE CRACK GROWTH CALCULATIONS USING STRESS INTENSITY FACTORS FOR WELD TOE GEOMETRIES 0. D. Dijkstra , H. H. Snijder , and I. J. van Straalen TNO - IBBC Delft , The Netherlands Stress intensity concentration factors ( MK ) for butt ...
Page 153
Results of stress intensity factors are obtained at the crack front using line spring element method . The shape of propagated crack and crack propagation direction were determined using strain energy density factors as a parameter of ...
Results of stress intensity factors are obtained at the crack front using line spring element method . The shape of propagated crack and crack propagation direction were determined using strain energy density factors as a parameter of ...
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Contents
THICKNESS EFFECTS | 1 |
The Plate Thickness Effect in Fatigue Predictions and Results A Review of Norwegian Work | 21 |
Thickness Weld Profile and Initial Flaw Considerations for Tubular Joints | 39 |
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Common terms and phrases
alloy analysis applied base behaviour bending calculated carried compared composition concrete Conference constant corrosion crack growth CTOD curve cycles defect depth determined developed distribution effect element energy Engineering equation experimental fabrication factor failure fatigue crack Figure fracture function geometry given grade grain heat higher improved increase indicated influence initiation input inspection International length limited load lower material mean measured mechanical method microstructure normal notch observed obtained occur Offshore parameters performed pipe plate potential predicted present procedure production properties protection range ratio reduced region Research shown shows specimens standard steel strain strength stress stress intensity factor stress range structure surface Table temperature tensile thickness toughness tubular joints values weld metal weld toe welded joints wide plate yield strength
Bibliographic information
| Title | Proceedings of the ... International Conference on Offshore Mechanics and Arctic Engineering, Volume 3; Volume 8, Part 3 |
| Contributor | American Society of Mechanical Engineers. Offshore Mechanics and Arctic Engineering Division |
| Publisher | American Society of Mechanical Engineers, 1989 |
| Export Citation | BiBTeX EndNote RefMan |