Stress relaxation in linear friction welds of fine-grained Al alloy during in situ stretch and heat treatment
Welding processes are usually associated with significant thermal gradients and may generate high tensile residual stresses in and near the bond line. These stresses reduce the material resistance to fatigue crack initiation and propagation. In order to improve the strength of weldments, heat treatment is used at the final stage of manufacturing. Heat treatment modifies the material microstructure and properties through diffusion and creep/relaxation. Stress-relieving heat treatments are used for welded structures to improve ductility, relieve internal stresses, refine the microstructure and improve cold working properties. The aim of this study is to investigate the residual stress relief in LFW joints during heat treatment in the presence of tensile load in situ on the neutron diffraction instrument.
- 4x4x20
- 920341
- Al
- Aluminium
- CeO2
- ENGINX
- Jun
- Korsunsky
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- LFW_cooling_to_RT_3
- LFW_cooling_to_RT_30
- LFW_cooling_to_RT_31
- LFW_cooling_to_RT_32
- LFW_cooling_to_RT_33
- LFW_cooling_to_RT_34
- LFW_cooling_to_RT_35
- LFW_cooling_to_RT_36
- LFW_cooling_to_RT_37
- LFW_cooling_to_RT_38
- LFW_cooling_to_RT_39
- LFW_cooling_to_RT_4
- LFW_cooling_to_RT_40
- LFW_cooling_to_RT_41
- LFW_cooling_to_RT_42
- LFW_cooling_to_RT_43
- LFW_cooling_to_RT_44
- LFW_cooling_to_RT_45
- LFW_cooling_to_RT_46
- LFW_cooling_to_RT_47
- LFW_cooling_to_RT_48
- LFW_cooling_to_RT_49
- LFW_cooling_to_RT_5
- LFW_cooling_to_RT_50
- LFW_cooling_to_RT_51
- LFW_cooling_to_RT_52
- LFW_cooling_to_RT_53
- LFW_cooling_to_RT_54
- LFW_cooling_to_RT_55
- LFW_cooling_to_RT_56
- LFW_cooling_to_RT_57
- LFW_cooling_to_RT_58
- LFW_cooling_to_RT_59
- LFW_cooling_to_RT_6
- LFW_cooling_to_RT_60
- LFW_cooling_to_RT_61
- LFW_cooling_to_RT_62
- LFW_cooling_to_RT_63
- LFW_cooling_to_RT_64
- LFW_cooling_to_RT_65
- LFW_cooling_to_RT_66
- LFW_cooling_to_RT_67
- LFW_cooling_to_RT_68
- LFW_cooling_to_RT_69
- LFW_cooling_to_RT_7
- LFW_cooling_to_RT_70
- LFW_cooling_to_RT_71
- LFW_cooling_to_RT_72
- LFW_cooling_to_RT_73
- LFW_cooling_to_RT_74
- LFW_cooling_to_RT_75
- LFW_cooling_to_RT_76
- LFW_cooling_to_RT_77
- LFW_cooling_to_RT_78
- LFW_cooling_to_RT_79
- LFW_cooling_to_RT_8
- LFW_cooling_to_RT_80
- LFW_cooling_to_RT_81
- LFW_cooling_to_RT_82
- LFW_cooling_to_RT_83
- LFW_cooling_to_RT_84
- LFW_cooling_to_RT_85
- LFW_cooling_to_RT_86
- LFW_cooling_to_RT_87
- LFW_cooling_to_RT_88
- LFW_cooling_to_RT_89
- LFW_cooling_to_RT_9
- LFW_cooling_to_RT_90
- LFW_cooling_to_RT_91
- LFW_cooling_to_RT_92
- LFW_cooling_to_RT_93
- LFW_cooling_to_RT_94
- LFW_cooling_to_RT_95
- LFW_cooling_to_RT_96
- LFW_cooling_to_RT_97
- LFW_cooling_to_RT_98
- LFW_cooling_to_RT_99
- LFW_test x206 1y 27...
- LFW_test x206 1y 27...
- Stress
- alloy
- d0_H1 5_V4
- during
- edge_back x207 6y 2...
- edge_back x208 3y 2...
- edge_back x209 0y 2...
- edge_back x209 7y 2...
- edge_back x210 4y 2...
- edge_back x211 1y 2...
- edge_back x211 8y 2...
- edge_back x212 6y 2...
- edge_back x213 3y 2...
- edge_back x214 0y 2...
- edge_back x214 7y 2...
- edge_back x215 4y 2...
- edge_back x216 1y 2...
- edge_back2 x207 6y ...
- edge_back2 x208 3y ...
- edge_back2 x209 0y ...
- edge_back2 x209 7y ...
- edge_back2 x210 4y ...
- edge_back2 x211 1y ...
- edge_back2 x211 8y ...
- edge_back2 x212 6y ...
- edge_back2 x213 3y ...
- edge_back2 x214 0y ...
- edge_back2 x214 7y ...
- edge_side x212 2y 2...
- edge_side x212 9y 2...
- edge_side x213 6y 2...
- edge_side x214 3y 2...
- edge_side x215 0y 2...
- edge_side x215 7y 2...
- edge_side x216 4y 2...
- edge_side x217 1y 2...
- edge_side x217 9y 2...
- edge_side x218 6y 2...
- edge_side x219 3y 2...
- edge_side x220 0y 2...
- edge_side x220 7y 2...
- edge_side x221 4y 2...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- edge_z x205 5y 279 ...
- fine grained
- friction
- heat
- linear
- relaxation
- set
- situ
- steel
- stretch
- treatment
- welds
Provenance | |
---|---|
Creator | Professor Alexander Korsunsky; Dr Terry Jun |
Publisher | ISIS Neutron and Muon Source |
Publication Year | 2012 |
Rights | CC-BY Attribution 4.0 International; https://creativecommons.org/licenses/by/4.0/ |
OpenAccess | true |
Contact | isisdata(at)stfc.ac.uk |
Representation | |
---|---|
Resource Type | Dataset |
Discipline | Photon- and Neutron Geosciences |
Temporal Coverage Begin | 2009-10-01T10:22:10Z |
Temporal Coverage End | 2009-10-05T00:57:54Z |