1. Huang YM, Wang PG, Zhao M, Zhao C, Du XL. Dynamic responses of an end-bearing pile subjected to horizontal earthquakes considering water-pile-soil interactions. Ocean Engineering 2021; 238: 109726. 2. Huang YM, Zhao M, Wang PG, Cheng XL, Du XL. Analytical solution of a horizontally vibrating pile considering water-pile-soil interaction on viscoelastic half-space. Ocean Engineering 2022; 260: 111959. 3. Huang YM, Zhao M, Wang PG, Cao YH, Du XL. Analytical solution of dynamic responses of offshore wind turbine supported by monopole under earthquake, wave and wind. Ocean Engineering 2023; 267: 113319. 4. Huang YM, Wang PG, Zhao M, El Naggar MH, Du XL. Analytical solution for dynamic responses of offshore wind turbines supported by pipe pile in radially heterogeneous soil. Ocean Engineering 2023; 288: 116009. 5. Huang YM, Zhao M, Wang PG, Xu HB, Du XL. Analytical solution of dynamic response of horizontal vibrating pile with different soil viscoelastic half-space types. Applied Mathematical Modelling 2023; 113: 823-845. 6. Huang YM, Zhao M, Wang PG, Xu HB, Du XL. Analytical solution of horizontal SV wave response considering pile shear deformation and soil free-field shear stress. Applied Mathematical Modelling 2023; 119: 295-315. 7. Huang YM, Zhao M, Wang PG, Cheng XL, Du XL. Analytical study on the impedance of radial heterogeneous viscoelastic soil with two different methods. Arabian Journal for Science and Engineering 2023. 8. Huang YM, Wang PG, Zhao M, Zhao C, Du XL. Dynamic response of sea-crossing bridge under combined seismic and wave-current action. Structures 2022; 40: 317-327. 9. Zhao M, Huang YM, Wang PG, Xu HB, Du XL. Analytical solution of longitudinal vibration of a pile III considering different types of soil viscoelastic half-space. Soil dynamic and Earthquake Engineering 2023; 165: 107697. 10. Zhao M, Huang YM, Wang PG, Cao YH, Du XL. An analytical solution for dynamic response of an endbearing pile subjected to vertical earthquakes considering water-pile-soil interaction. Soil dynamic and Earthquake Engineering 2022; 153: 107126. 11. Huang YM, Wang QZ, Jiang JT, Wang PG, Zhao M, Du XL. Theoretical modeling of simplified offshore wind turbines with monopile support under multiple environmental load coupling. Marine Structures 2025; 103: 103842. 12. 黄义铭, 赵密, 王丕光*, 曹艳辉, 杜修力.动力荷载作用下水-桩-土相互作用简化分析研究.振动工程学报, 2022, 35(6): 1511-1520. 13. 赵密, 黄义铭,王丕光*, 徐海滨,杜修力.桩顶水平动荷载作用下水-桩-土相互作用的解析解.岩土工程学报, 2022, 44(5): 907-915. 14. 赵密, 黄义铭,王丕光*, 徐海滨,杜修力.桩顶水平动荷载作用下水-桩-土相互作用的解析解.岩土工程学报, 2022, 44(5): 907-915. 15. 赵密, 黄义铭,王丕光*. 地震作用下矩形柱体动水压力的简化模型.北京工业大学学报, 2019, 45(12): 1212-1217. 16. Wang PG, Huang YM*, Zhao M, Xu HB, Du XL. An analytical solution for simplifying the pile-soil interaction to a spring-damping system. Soils and Foundations 2024; 64: 101469. |