《中国舰船研究》编辑部. 《中国舰船研究》2020年第1期目录[J]. 中国舰船研究, 2020, 15(1).
引用本文: 《中国舰船研究》编辑部. 《中国舰船研究》2020年第1期目录[J]. 中国舰船研究, 2020, 15(1).
Chinese Journal of Ship Research. Contens of CJSR 2020, Vol.15, No.1[J]. Chinese Journal of Ship Research, 2020, 15(1).
Citation: Chinese Journal of Ship Research. Contens of CJSR 2020, Vol.15, No.1[J]. Chinese Journal of Ship Research, 2020, 15(1).

《中国舰船研究》2020年第1期目录

Contens of CJSR 2020, Vol.15, No.1

  • 摘要: 1 船舶在波浪上纵向运动与控制研究综述…孙一方,宗智,姜宜辰(1)2 多UUV搜索海底声信标任务规划方法…张宏瀚,郭焱阳,许亚杰,李本银,严浙平(13)3 多领航者导引无人船集群的分布式时变队形控制…吴文涛,古楠,彭周华,刘陆,王丹(21)4 基于速度选择切换型视线法的无人帆船循迹航行…袁鹏,徐泓燊,张雪飞,谭俊哲,王树杰,惠文海(31)5 无动力运载器倾斜爬升式上浮特性分析…张海洋,谷海涛,林扬,孙原,高浩,冯萌萌(38)6 基于NARX神经网络的船舶升沉运动实时预测方法…楼梦瑶,王旭阳,陈瑞,葛彤(48)7 船舶动力装置智能故障诊断技术的应用与展望…蒋佳炜,胡以怀,方云虎,李方玉(56)8 基于粗糙集和优化DAG-SVM的船舶主机故障诊断方法…刘国强,林叶锦,张志政,庞水(68)9 基于晶闸管的自动调压变压器故障诊断技术…范磊,李维波,徐聪,李巍,李齐(74)10 基于改进旋转门算法的船舶综合电力数据压缩技术分析…商承亚,鲍先强,付立军,朱琬璐,徐兴华(82)11 舰船综合保障体系综述…孙光甦,原宗,关静(89)12 FPSO水动力特性的完全非线性数值模拟…孙雷,陆婷婷,邓潇潇,刘昌凤(95)13 海洋环境条件下浮动堆安全壳设计…谭美,李鹏凡,郭健,张进才,陈艳霞(107)14 碟旋体高速小角度入水稳定性仿真分析…张晓乐,彭松江,潘菲菲,杨兴林(113)15 波浪动力船水翼的推进性能分析…邓超,常宗瑜,冯展霞,张嘉坤(119)16 FPSO与穿梭油轮的旁靠时域分析及系统优化…施兴华,于泽群,章柯,刘勤(127)17 多液舱晃荡与养殖工船时域耦合运动的数值模拟…肖凯隆,陈作钢(136)18 船体(平台)渤海冰区作业安全性分析…董斌,钱源,李元泰,丁剑锋,李辉(145)19 核电平台连接机构设计与运动响应分析…李想,李红霞,黄一(152)20 不同截面形状下弹性支撑多跨梁振动特性分析…鲍四元,周静(162)21 船舶舵机基座轻量化设计…佘小林,杨德庆(170)

     

    Abstract: 1 Review of longitudinal motion and controls of ships on waves…SUN Yifang, ZONG Zhi, JIANG Yichen (1)2 Mission planning method of multi-UUV search submarine acoustic beacon…ZHANG Honghan, GUO Yanyang, XU Yajie, et al (13)3 Distributed time-varying formation control for unmanned surface vehicles guided by multiple leaders…WU Wentao, GU Nan, PENG Zhouhua, et al (21)4 Unmanned sailing boat path tracking control based on speed selection switching LOS method…YUAN Peng, XU Hongshen, ZHANG Xuefei, et al (31)5 Analysis of inclined climbing floating characteristics of unpowered vehicle…ZHANG Haiyang, GU Haitao, LIN Yang, et al (38)6 A real-time prediction method for ship heave motion using NARX neural network…LOU Mengyao, WANG Xuyang, CHEN Rui, et al (48)7 Application and prospects of intelligent fault diagnosis technology for marine power system…JIANG Jiawei, HU Yihuai, FANG Yunhu, et al (56)8 Main marine engine fault diagnosis method based on rough set theory and optimized DAG-SVM…LIU Guoqiang, LIN Yejin, ZHANG zhizheng, et al (68)9 Fault diagnosis technology of automatic voltage regulating transformer based on thyristor…FAN Lei, LI Weibo, XU Cong, et al (74)10 Technical analysis of ship integrated power system data compression based on improved swinging door algorithm…SHANG Chengya, BAO Xianqiang, FU Lijun, et al (82)11 A review of integrated logistics support systems for ships…SUN Guangsu, YUAN Zong, GUAN Jing (89)12 Fully nonlinear numerical simulation on hydrodynamic characteristics of FPSO…SUN Lei, LU Tingting, DENG Xiaoxiao, et al (95)13 Design of floating nuclear power plant containment under marine environment conditions…TAN Mei, LI Pengfan, GUO Jian, et al (107)14 Simulation analysis on trajectory stability of high-speed water entry at a small angle for disc-spinning body…ZHANG Xiaole, PENG Songjiang, PAN Feifei, et al (113)15 Propulsion performance analysis of hydrofoil on a wave-powered boat…DENG Chao, CHANG Zongyu, FENG Zhanxia, et al (119)16 Time domain analysis and system optimization of side-by-side mooring for FPSO and shuttle tanker…SHI Xinghua, YU Zequn, ZHANG Ke, et al (127)17 Numerical simulation of aquaculture ship motions coupled with tanks sloshing in time domain…XIAO Kailong, CHEN Zuogang (136)18 Safety analysis of hull (platform) operation in Bohai sea ice area…DONG Bin, QIAN Yuan, LI Yuantai, et al (145)19 Design of connecting mechanism and motion response analysis on nuclear power platform…LI Xiang, LI Hongxia, HUANG Yi (152)20 Vibrational characteristics of a multi-span beam with elastic transverse supports of different shaped sections…BAO Siyuan, ZHOU Jing (162)21 Lightweight design of ship steering gear foundation…SHE Xiaolin, YANG Deqing (170)

     

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