Effects of propeller-model fidelity on self-propelled KCS manoeuvring in waves
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README Dataset titleHigh-Fidelity CFD Prediction of Self-Propelled KCS Maneuvering in Waves: Data Repository 1. Dataset overviewThis dataset supports the paper entitled:“High-Fidelity CFD Prediction of Self-Propelled KCS Maneuvering in Waves”. The study investigates the self-propelled manoeuvring performance of the KCS container ship in regular waves using a high-fidelity CFD framework. The main focus is on:(1) the effect of propeller-model fidelity (geometry-resolved propeller versus virtual-disk/virtual propeller model),(2) ship manoeuvring responses in waves, including zigzag and turning-circle manoeuvres,(3) the influence of wave heading and rudder angle on turning trajectory, roll response, thrust fluctuation, speed loss, heave, and related hydrodynamic behaviours. 2. AuthorsAuthor(s):[Lixin Xu ], [mingxin li],[ Hai-qi Gu], [ Wei Fu ] Corresponding author:[mingxin li][Department / Institution]Email: [mingxin.li@just.edu.cn] ContactFor questions about the dataset, please contact:[MINGXIN LI]Email: [mingxin.li@just.edu.cn]
