Proceedings of the ... International Conference on Offshore Mechanics and Arctic Engineering, Volume 10American Society of Mechanical Engineers, 1991 - Arctic regions |
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Page 13
The influence of width and length of plates on inherent strain distribution is shown in Fig.15 . It is found thate it has a simple distribution in transverse cross - sections regardless the width of plates . As the width of plate ...
The influence of width and length of plates on inherent strain distribution is shown in Fig.15 . It is found thate it has a simple distribution in transverse cross - sections regardless the width of plates . As the width of plate ...
Page 14
Step 1 : Calculate normalized width and magnitude of the inherent strain distribution , Ś and for the object by egns ( 7 ) and ( 10 ) ; Step 2 : Adjust the standard inherent strain distribution that the widths of Et and become Š times ...
Step 1 : Calculate normalized width and magnitude of the inherent strain distribution , Ś and for the object by egns ( 7 ) and ( 10 ) ; Step 2 : Adjust the standard inherent strain distribution that the widths of Et and become Š times ...
Page 66
Such changes can result in different retention times above 1000 ° C ( RT1000 ) during the weld thermal cycle and consequently in the width of the grain coarsened HAZ . It is shown that in addition to the weld cooling time Aters and ...
Such changes can result in different retention times above 1000 ° C ( RT1000 ) during the weld thermal cycle and consequently in the width of the grain coarsened HAZ . It is shown that in addition to the weld cooling time Aters and ...
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Contents
RESIDUAL STRESS AND DISTORTION IN WELDS | 1 |
WELD METAL AND HAZ PROPERTIES | 37 |
The Effect of Intercritical Thermal Cycles on HAZ Microstructure and Toughness in CMnAlNb | 49 |
Copyright | |
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alloys analysis application austenite axial base bead behaviour boundary calculated carbon CGHAZ changes chemical compared composition considered cooling crack crack tip critical CTOD curves cycle deformation developed direction distribution effect element energy Engineering evaluation experimental fatigue ferrite field Figure fracture toughness fusion gauges geometry Grade grain grain boundary groove hardness heat heat input higher increase initiation load lower material measured mechanical method microstructure narrow notched observed obtained offshore operation panel parameters pass performed pipe plate position possible prediction present pressure procedure produced properties range reduced regions requirements residual stress resistance samples shown shows simulation specimen steel strain strength structure surface Table temperature tempered tensile thermal thickness titanium values volume weld metal welded joint width yield zone