CFD analysis of container ship manoeuvring performance under different trim conditions

  • Yun, Haechan
  • Choi, Wooseok
  • Min, Gyeongseo
  • Do, Younguk
  • Kim, Kangmin
  • ... Song, Soonseok
  • 외 3명
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초록

Containerships often operate under various trim conditions, where the ship's bow or stern is inclined due to differing loading conditions. These trim conditions can significantly affect not only the ship's resistance and propulsion performances but also its manoeuvrability. This study investigates the impact of trim variations on the manoeuvring performance of the KRISO Container Ship (KCS) using Computational Fluid Dynamics (CFD). Free-running CFD simulations were performed under different trim conditions, ranging from - 3 degrees to +2 degrees. The results demonstrate how trim conditions influence the turning and zigzag manoeuvre characteristics of the vessel, highlighting their impact on ship manoeuvrability.

키워드

Ship manoeuvrabilityComputational fluid dynamics (CFD)Turning circle testZigzag testDISCRETIZED PROPELLERSELF-PROPULSIONSIMULATIONSKCS
제목
CFD analysis of container ship manoeuvring performance under different trim conditions
저자
Yun, HaechanChoi, WooseokMin, GyeongseoDo, YoungukKim, KangminKim, DaejeongDai, SaishuaiTezdogan, TahsinSong, Soonseok
DOI
10.1016/j.oceaneng.2025.122489
발행일
2025-12
유형
Article
저널명
Ocean Engineering
341