Recent developments in offshore renewable energy facilities,such as wind turbines and photovoltaic generators,often face challenges posed by the harsh offshore environments to which these structures are exposed.To ens...Recent developments in offshore renewable energy facilities,such as wind turbines and photovoltaic generators,often face challenges posed by the harsh offshore environments to which these structures are exposed.To ensure the continuous operation of these facilities,reliable numerical methods are urgently needed to capture the dynamics of ocean waves and their complex interactions with large-scale offshore structures.With the development of computational fluid dynamics techniques,advanced algorithms have been proposed to capture the complex fluid-structure interactions(FSI)in offshore applications.Although a variety of such algorithms have been introduced,a comprehensive review of all the latest developments in numerical modeling has not been available in the literature.To address this gap,this paper reviews recent numerical schemes and algorithms for dealing with FSI problems for offshore structures.The difficulties and challenges faced by recent algorithms are summarized,and future directions for advancing research into FSI in the offshore renewable energy field are also discussed.展开更多
基金funded by China Longyuan Power Group Corporation Limited(Grant No.LYX-2023-07).
文摘Recent developments in offshore renewable energy facilities,such as wind turbines and photovoltaic generators,often face challenges posed by the harsh offshore environments to which these structures are exposed.To ensure the continuous operation of these facilities,reliable numerical methods are urgently needed to capture the dynamics of ocean waves and their complex interactions with large-scale offshore structures.With the development of computational fluid dynamics techniques,advanced algorithms have been proposed to capture the complex fluid-structure interactions(FSI)in offshore applications.Although a variety of such algorithms have been introduced,a comprehensive review of all the latest developments in numerical modeling has not been available in the literature.To address this gap,this paper reviews recent numerical schemes and algorithms for dealing with FSI problems for offshore structures.The difficulties and challenges faced by recent algorithms are summarized,and future directions for advancing research into FSI in the offshore renewable energy field are also discussed.
