Proceedings of the ... International Conference on Offshore Mechanics and Arctic Engineering, Volume 3; Volume 7, Part 3American Society of Mechanical Engineers, 1988 - Arctic regions |
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Page 93
... cycle was 1400 ° C which made grains coarse . When only a single heat cycle of 1400 ° C in peak temperature is applied , the Charpy absorbed energy at 0 ° C was about 200 J. The second heat cycle of 1000 ° C in peak temperature improved ...
... cycle was 1400 ° C which made grains coarse . When only a single heat cycle of 1400 ° C in peak temperature is applied , the Charpy absorbed energy at 0 ° C was about 200 J. The second heat cycle of 1000 ° C in peak temperature improved ...
Page 516
... cycle ( third cycle ) , metallurgical changes take place on the phase that was formed at low temperature by the preceding cycles , e.g. high - carbon martensitic island . SCGR ICGC Ac3 / Ací SCGC BM WM HAZ FL UAGC Fig . 2 Critical COD ...
... cycle ( third cycle ) , metallurgical changes take place on the phase that was formed at low temperature by the preceding cycles , e.g. high - carbon martensitic island . SCGR ICGC Ac3 / Ací SCGC BM WM HAZ FL UAGC Fig . 2 Critical COD ...
Page 520
... cycle with peak temperature between 900 ° C and 1400 ° C , the second thermal cycle with peak temperature of 800 ° C was added . While dt8 / 5 of the first cycle was kept constant at 20sec . , that of the second cycle was set at 2sec ...
... cycle with peak temperature between 900 ° C and 1400 ° C , the second thermal cycle with peak temperature of 800 ° C was added . While dt8 / 5 of the first cycle was kept constant at 20sec . , that of the second cycle was set at 2sec ...
Contents
ADVANCED COMPOSITES | 1 |
A Study of the MultiLayered GRP Composite Cylindrical Vessel | 13 |
Resistance of Composite Structures to Impact Loads | 19 |
Copyright | |
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addition analysis applied areas assessment base bending brittle calculated carbon carried Charpy chemical chord coarse grained compared composite concrete considered cooling crack tip critical CTOD curve cycle defect depth determined developed direction distribution effect element energy Engineering examined fabrication factor failure fatigue crack ferrite Figure fracture mechanics fracture toughness fusion geometry growth hardness heat input higher impact increase initiation length load lower material maximum measured Mechanics method microstructures normal notch observed obtained occur offshore parameters performed plastic plate position present pressure problem procedure production properties range reduced region Research respectively sampled shown shows simulated specific specimens steel steel plates stiffeners strain strength stress structures surface Table temperature tensile thickness tubular values weld metal welded joints weldments wide yield zone