[1] | Wang Y.C., Dai X.H. and Bailey C.G. (2011), "An experimental study of structural fire behaviour and robustness of different types of steel joint in restrained steel frames". Journal of Construction and Steel Research 67(7), 1149-1163. |
[2] | Dai X., Lam D. (2010) "Axial Compressive Behaviour of Stub Concrete-filled Columns with Elliptical Stainless Steel Hollow Sections". Steel and Composite Structures 10(6), 517-539. |
[3] | Wang Y.C., Davison J.B., Burgess I.W., Plank R.J., Yu H.X., Dai X.H. and Bailey C. G. (2010), "The Safety of Common Steel Beam/Column Connections in Fire". The Structural Engineer 88(21), 26-35. |
[4] | Dai X., Lam D. (2010). "Numerical Modelling of Axial Compressive Behaviour of Short Concrete-Filled Elliptical Steel Tube Columns". Journal of Steel Construction Research 66(7), 931-942. |
[5] | Dai X.H., Wang Y.C., Bailey C.G. (2010), "Numerical Modelling of Structural Fire Behaviour of Restrained Steel Beam-Column Assemblies using Typical Joint Types". Engineering Structures 32(8), 2337-2351. |
[6] | Dai X.H., Wang Y.C. & Bailey C.G. (2010), "A Simple Method to Predict Temperatures in Steel joints With Partial Intumescent Coating Fire Protection". Journal Fire Technology 46 (1), 19-35. |
[7] | Chen Lingling, Dai Xianghe & Qian Shengguo (2010), "Influence of Longitudinal Joints on Seismic Response of Spillway Dam of the Three Gorges Project". Journal of Yangtze River Scientific Research Institute (in Chinese). Vol. 27, No. 7, July 2010. |
[8] | Dai X.H., Wang Y.C. & Bailey C.G. (2009), "Effects of Partial Fire Protection on Temperature Developments in Steel Joints Protected by Intumescent Coating". Fire Safety Journal 44 (3), 376-386. |
[9] | Dai Xianghe, Chang Lingling, Wu Jiefang (2002), "A Seismic Study on the Aqueduct Across Yellow River for South to North Water Diversion Project". Journal of Yangtze River Scientific Research Institute (in Chinese). Vol. 19, No. 3, June 2002. pp52-55. |
[10] | Dai Xianghe, Zhang Linglong, Zhang Xiepin (1999), "Vibration Analysis of the China Three Gorges Project's Guide Wall". Hydroelectric Engineering Research (in Chinese), Vol. 43, No.2, 1999. pp35-42. |
[11] | Dai Xianghe, Qian Shengguo (1997), "Seismic Analysis of the China Three Gorges Project's Power Station Structure". Journal of Structural Engineer (Special Collection) (in Chinese), Jun.1997. |
[12] | Wu Jiefang, Chen Minzhong, Dai Xianghe (1997), "Whole structure Aseismic Computation of Three Gorges Project's Ship-lift". Journal of Yangtze River Scientific Research Institute (in Chinese). Vol. 14, No.3, Sept. 1997. pp43-46. |
[13] | Dai Xianghe (1996), "A Method to Calculate Structural Seismic Loads in Frequency Domain". Hydroelectric Engineering Research (in Chinese), Vol. 33, No.4, 1996. pp12-16. |
[14] | Dai Xianghe, Liu Qianlong (1996), "Antiseismic Calculation of Left Hydroelectric Plant's Guide Wall of the Three Gorges Project". Journal of Yangtze River Scientific Research Institute (in Chinese). Vol. 20, No.2, Jun. 1996. pp51-54 |
[15] | Dai Xianghe (1995), "Dynamic Response Analysis of China Three Gorges Power Station Structure Under Earthquake Loads". Hydroelectric Engineering Research (in Chinese), Vol. 29, No.2, 1995. pp14-21. |
[16] | Dai Xianghe, Zhang Xianhong (1995), "A Random Seismic Model and Analysis of Response Spectra". Journal of Earthquake Engineering and Engineering Vibration (in Chinese), Vol. 15, No.2, June 1995. Pp133-126. |
[17] | Dai Xianghe (1995), "A Seismic Study on Qingjiang Second Ship-lift Structure by Model Tests". Hydroelectric Engineering Research (in Chinese), Vol. 28, No.1, 1995. pp8-16. |
[18] | Dai Xianghe (1994), "A Seismic Study on Geheyan Ship-lift Structure by Model Tests". Journal of Yangtze River Scientific Research Institute (in Chinese). Vol. 11, No.1, Mar. 1994. pp75-80. |
[19] | Dai Xianghe, Zhang Lingnang (1993), "The Stability Investigation of Ship-lift Tower Structure Under Extreme Loads". Hydroelectric Engineering Research (in Chinese), Vol. 25, No.2, 1993. pp21-25. |