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《中国舰船研究》2020年第1期目录
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).
作者姓名:《中国舰船研究》编辑部
作者单位:1.中国舰船研究设计中心, 湖北 武汉 430064
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)

关 键 词:目录  目次  2020  第1期

Contens of CJSR 2020, Vol.15, No.1
Chinese Journal of Ship Research. Contens of CJSR 2020, Vol.15, No.1[J]. Chinese Journal of Ship Research, 2020, 15(1).
Authors:Chinese Journal of Ship Research
Affiliation:1.China Ship Development and Design Center, Wuhan 430064, China
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)
Keywords:contents  Chinese Journal of Ship Research  2020  No.1
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