科学研究
1、 水面舰船，水下航行体，仿生机器人，深海装备等水动力研究
2、 海洋平台，海洋能转换装置等浮式结构的水下管线系统(立管，系泊，脐带缆等) 非线性动力学研究
3、 坠落物体(海洋平台设备，水雷，海上回收火箭等)水下滑翔运动轨迹预测及优化
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[1] (16) Gao, S.Q., Feng, D.K., Hu, J., Zhang, Z.G., Xiang, G., "The numerical simulation of 2D sloshing tank", Applied Mechanics and Materials, Vols. 44-47, pp. 1996-2000, 2011.
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[2] (15) Cao, Y., Yu, X.C., Liu, Z.Y., Bai, Y., Xiang, G. “Study on the mechanical properties of RTP and its critical design parameters during the pipe-lay installation at sea” Ships and Offshore Structures, 12 (2017) - Issue sup1.
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[3] (14) Cao, Y., Yu, X.C., Xiang, G., Liu, Z.Y., “On critical parameters of squall associated with the mooring design of a turret-moored FPSO”, Ships and Offshore Structures, 13 (2018) - Issue sup1.
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[4] (13) Xiang, G., Birk, L., Li, L.X., Yu, X.C., and Luo, Y., “Risk Free Zone Study for Cylindrical Objects Dropped into Water” Ocean System Engineering, 6(4) 377-400, 2016.
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[5] (12) Xiang, G., Birk, L., Yu, X.C., and Li, X., “Study on the Trajectory and Landing Points of Dropped Cylindrical Object with Different Longitudinal Center of Gravity.” International Journal of Offshore and Polar Engineering, 27(3) 274-282, 2017 SCI .
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