This paper presents an efficient time-domain method for simulating nonlinear ship waves.The proposed method,implemented in an earth-fixed coordinate system,integrates a compact boundary element domain within a high-or...This paper presents an efficient time-domain method for simulating nonlinear ship waves.The proposed method,implemented in an earth-fixed coordinate system,integrates a compact boundary element domain within a high-order spectral layer,enabling accurate modeling of both near-field and far-field ship waves.An overset mesh method and an attention mechanism are employed to track the moving ship.The effectiveness of the method is validated through simulations of Wigley and Series 60 ships sailing at various speeds.The numerical results,including the nonlinear wave run-up at the ship bow,surface pressure distribution on the hull,and the ship resistance,agree well with experimental data and published numerical results,confirming that the method is capable of accurately simulating the nonlinear ship waves.展开更多
基金supported by the YEQISUN Joint Funds of the National Natural Science Foundation of China(Grant No.U2141228).
文摘This paper presents an efficient time-domain method for simulating nonlinear ship waves.The proposed method,implemented in an earth-fixed coordinate system,integrates a compact boundary element domain within a high-order spectral layer,enabling accurate modeling of both near-field and far-field ship waves.An overset mesh method and an attention mechanism are employed to track the moving ship.The effectiveness of the method is validated through simulations of Wigley and Series 60 ships sailing at various speeds.The numerical results,including the nonlinear wave run-up at the ship bow,surface pressure distribution on the hull,and the ship resistance,agree well with experimental data and published numerical results,confirming that the method is capable of accurately simulating the nonlinear ship waves.
