NURBS-Based Parametric Design for Ship Hull Form von Zhou, Hui, Feng, Baiwei, Liu, Zuyuan, Chang, Haichao, Cheng, Xide

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Research on the Karhunen–Loève Transform Method and Its Application to Hull Form Optimization von Chang, Haichao, Wang, Chengjun, Liu, Zuyuan, Feng, Baiwei, Zhan, Chengsheng, Cheng, Xide

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Numerical Investigation of Global Ice Loads of Maneuvering Captive Motion in Ice Floe Fields von Xuan, Shenyu, Zhan, Chengsheng, Liu, Zuyuan, Feng, Baiwei, Chang, Haichao, Wei, Xiao

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Application of Basis Functions for Hull Form Surface Modification von Feng, Baiwei, Zhan, Chengsheng, Liu, Zuyuan, Cheng, Xide, Chang, Haichao

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Information Matrix-Based Adaptive Sampling in Hull Form Optimisation von Ouyang, Xuyu, Chang, Haichao, Feng, Baiwei, Liu, Zuyuan, Zhan, Chengsheng, Cheng, Xide

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Uncertainty-Based Ship Design Optimization: Theory and Method von Liu, Zuyuan, Wei, Xiao, Feng, Baiwei, Chang, Haichao

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Ship design optimization with mixed uncertainty based on evidence theory von Li, Heng, Wei, Xiao, Liu, Zuyuan, Feng, Baiwei, Zheng, Qiang

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Hull surface modification for ship resistance performance optimization based on Delaunay triangulation von Cheng, Xide, Feng, Baiwei, Liu, Zuyuan, Chang, Haichao

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Sampling method for hull form optimization based on the morphing method and its application von Chang, Haichao, Liu, Zuyuan, Zhan, Chengsheng, Baiwei, Feng, Cheng, Xide, Zheng, Qiang

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Application of an improved maximum entropy sampling method in hull form optimization von Ouyang, Xuyu, Chang, Haichao, Feng, Baiwei, Liu, Zuyuan, Zhan, Chengsheng, Cheng, Xide

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The reverse prediction of the ship principal dimensions based on the Kelvin ship waves von Ma, Chao, Liu, Zuyuan, Yang, Yuntao, Zhan, Chensheng, Chen, Xide, Feng, Baiwei, Chang, Haichao

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Hull form reliability-based robust design optimization combining polynomial chaos expansion and maximum entropy method von Wei, Xiao, Chang, Haichao, Feng, Baiwei, Liu, Zuyuan, Huang, Chenran

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Sensitivity Analysis Based on Polynomial Chaos Expansions and Its Application in Ship Uncertainty-Based Design Optimization von Liu, Zuyuan, Feng, Baiwei, Chang, Haichao, Wei, Xiao

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Multi-objective optimisation of ship resistance performance based on CFD von Cheng, Xide, Feng, Baiwei, Chang, Haichao, Liu, Zuyuan, Zhan, Chengsheng

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The improvement of a variance-based sensitivity analysis method and its application to a ship hull optimization model von Liu, Qiang, Feng, Baiwei, Liu, Zuyuan, Zhang, Heng

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A sensitivity analysis of a hull’s local characteristic parameters on ship resistance performance von Zhang, Heng, Liu, Zuyuan, Zhan, Chengsheng, Feng, Baiwei

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A new vortex search algorithm with gradient-based approximation for optimization of the fore part of KCS container ship von Huang, Yujia, Hou, Guoxiang, Cheng, Xide, Feng, Baiwei, Gao, Liang, Xiao, Mi

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Application of Adaptive Sampling Method in Hull Form Optimization von OUYANG Xuyu, CHANG Haichao, LIU Zuyuan, FENG Baiwei, ZHAN Chengsheng, CHENG Xide

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Investigation on Optimization Strategies for the Hydrodynamic Design of DTMB 5415 von Huang, Jing Feng, Feng, Bai Wei

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Ship resistance performance optimization design based on CAD / CFD von Feng Baiwei, Hu Chunping, Liu Zuyuan, Zhan Chengsheng, Chang Haichao

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