Ductility of high strength steel |
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Hysteretic behaviour of Q235 and Q690 structural steel materials Ho HC, Liu X, Chung KF, Elghazouli AY and Xiao M. Hysteretic behaviour of high strength S690 steel materials under low cycle high strain tests. Engineering Structures 165, 2018: 222-236. |
2018 |
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Mechanical behavior of high strength S690-QT steel welded sections with various heat input energy Liu X, Chung KF, Ho HC, Xiao M, Hou Z and Nethercot DA. Mechanical behavior of high strength S690-QT steel welded sections with various heat input energy. Engineering Structures 175, 2018: 245-256. |
2018 |
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Effects of welding onto mechanical properties of S690 steels Chung KF, Ho HC, Liu X, Huang MX, Wang GD, Tin ZH and Nethercot DA. Effects of welding onto mechanical properties of S690 steels. International Conference on Engineering Research and Practice for Steel Construction 2018, pp 144-152. |
2018 |
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Mechanical responses of high strength S690 steels under low cycle high strain cyclic deformation Ho HC, Liu X, Chung KF, Elghazouli AY, and Xiao M. Mechanical responses of high strength S690 steels under low cycle high strain cyclic deformation. International Conference on Engineering Research and Practice for Steel Construction 2018, pp 154-159. |
2018 |
Residual stresses |
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Liu X and Chung KF. Experimental and numerical investigation into temperature histories and residual stress distributions of high strength steel S690 welded H-sections. Engineering Structures 165, 2018: 396-411. |
2018 |
Columns of high strength S690 steel sections |
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Ma TY, Hu YF, Liu X, Li GQ and Chung KF. Experimental investigation into high strength Q690 steel welded H-sections under combined compression and bending. Journal of Constructional Steel Research, 138, 2017: 449-462. |
2018 |
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Ma TY, Liu X, Hu YF, Chung KF and Li GQ. Structural behaviour of slender columns of high strength S690 steel welded H-sections under compression. Engineering Structures 157, 2018: 75-85. |
2018 |
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Ma TY, Li GQ and Chung KF. Numerical investigation into high strength Q690 steel columns of welded H-sections under combined compression and bending. Journal of Constructional Steel Research 144, 2018: 119-134. |
2018 |
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Investigation into structural behaviour of high strength S690 steels and their welded sections Chung KF, Ho HC, Nethercot DA, Liu X, Wang K, Hu YF, and Ma TY. Investigation into structural behaviour of high strength S690 steels and their welded sections. International Conference on Engineering Research and Practice for Steel Construction 2018, pp 130-143. |
2018 |
Constitutive model of high strength S690 steel |
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True stress-strain characteristics of high strength S690 steels Ho HC, Liu X, Chung KF, Xiao M, Yam CHM and Nethercot DA. True stress-strain characteristics of high strength S690 steels. International Conference on Engineering Research and Practice for Steel Construction 2018, pp 160-167. |
2018 |
High strength S690 bolted connections |
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Preliminary tests on block shear failure of bolted high strength steel angles Jiang BH, Yam CHM, Lam CCA, Fang C and Chung KF. Preliminary tests on block shear failure of bolted high strength steel angles. International Conference on Engineering Research and Practice for Steel Construction 2018, pp 168-174. |
2018 |
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Numerical investigation into net-section resistances of high strength steel bolted connections Lin XM, Yam CHM, Chung KF and Lam CCA. Numerical investigation into net-section resistances of high strength steel bolted connections. International Conference on Engineering Research and Practice for Steel Construction 2018, pp 217-224. |
2018 |
Establishment of the Chinese National Engineering Research Centre for Steel Construction (Hong Kong Branch) at The Hong Kong Polytechnic University (PolyU) was approved by the State Ministry of Science and Technology (MOST), People’s Republic of China on 12th October 2015.