This research provides an analysis framework for offshore wind turbine (OWT) support
structures subjected to seismic, wind, and wave loads using the finite element method with …

Near-field records with long-period velocity pulses can be considered as a most important
factor in causing structural damage. In order to understand the effects of near-field records …

Pile foundations are generally used to support important industrial buildings, especially
located in coastal regions where the major portion is covered by loose soil deposits. They …

In this paper, the probabilistic seismic performance of vertically irregular steel buildings,
considering soil–structure interaction effects, is evaluated. Various irregular distributions of …

Mast structure is one of the most important parts of a vertical-axis wind turbine which
supports generator and rotor and represents one-third of the overall costs in the production …

The safety and reliability of wind turbines subjected to multiple loads has recently attracted
great attention. To investigate how soil-structure interaction (SSI) affects the seismic …

The wind-turbine tower is the structure's supporting pole and accounts for 15% of the total
cost. Damage to it may cause the structure's catastrophic failure. Advances have been made …

以近海DTU 10 MW 超大型风力机为研究对象, 选用东海实测海床土壤参数构建桩周土水平抗力-
桩基形变(py) 曲线, 并基于非线性弹簧单元建立纯砂土, 纯黏土及多土层桩-土耦合效应模型 …

Soil–structure interaction (SSI) is key to the elastic and inelastic seismic responses of
buildings. In this research, the ductility and strength demands of vertically irregular MDOF …

Recently, the conditional mean spectrum (CMS) has become an important tool in ground-
motion selection for seismic evaluation of structures. In the present numerical study, a 10 …