首页 | 本学科首页   官方微博 | 高级检索  
     

《中国舰船研究》2016年第4期目录
引用本文:《中国舰船研究》编辑部. 《中国舰船研究》2016年第4期目录[J]. 中国舰船研究, 2016, 11(4).
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] 基于相对熵排序的舰船甲板气流场评价方法…李想,黄胜,王超,王国亮(1)[2] 基于三维CAD模型的复杂艏、艉船型曲面快速光顺方法及实现…周春凯,董枫,罗亮,陈顺怀,廖显庭(7)[3] 江海直达船艏部结构入水砰击试验…彭晟,吴卫国,夏子钰(14)[4] 新型高速艇的CFD模拟和对比分析…魏子凡,井升平,杨松林(22)[5] 基于体积力法的全附体KCS型船模PMM运动数值模拟…王慧婷,毕毅(29)[6] 基于涡格法的螺旋桨剖面拱线设计…饶志强,杨晨俊(38)[7] UR-S11A对集装箱船直接强度的影响…郑祖园,王德禹(44)[8] 六层金字塔点阵夹芯板结构在水下近距爆炸载荷下的冲击实验…张振华,牛闯,钱海峰,王媛欣(51)[9] 球柱结合壳焊趾表面裂纹坐标变换有限元建模方法及应力强度因子计算…闫小顺,周心桃,黄小平(59)[10] 压缩载荷下金属波纹夹层梁稳定性试验与数值分析…吴晖,何书韬,刘均,张玉龙,王智慧,曾广武,程远胜(67)[11] 基于不同模型的正交加筋板低频振动和声辐射分析…高双,朱翔,李天匀,王迪(72)[12] 基于有限元能量流的混合结构间耦合损耗因子…陈景昊,吴卫国,林永水(79)[13] 浸没圆柱壳低频自振频率计算中流固与声固耦合模型统一性分析…杨国栋,李天匀,朱翔,郭文杰(87)[14] 动载荷施加方式对船舶设备—基座系统建模方法的影响…郁扬,杨德庆,刘见华,石嘉欣(93)[15] 船机电系统自主控制平台及资源分配策略…岳林(102)[16] 遗传粒子群优化算法在船舶动力定位控制中的应用…薛彩霞,袁伟,俞孟蕻,樊冀生(111)[17] 船舶蒸汽管网水力热力耦合计算方法…徐鹏,宋振国,陈汝刚,吴炜(116)[18] 基于超松弛解析迭代方法的多导体传输线电磁脉冲响应计算方法…郭俊,李妮,张建功,谢彦召(121)[19] 高隔离度和ns级响应时间的主动式射频前端限幅设计方法…杜平(126)[20] 舰船备件配置研究现状与思考…王鸿东,易宏,梁晓锋,余平(133)

关 键 词:目录  目次  2016  第4期

Contens of CJSR 2016, Vol.11, No.4
Chinese Journal of Ship Research. Contens of CJSR 2016, Vol.11, No.4[J]. Chinese Journal of Ship Research, 2016, 11(4).
Authors:Chinese Journal of Ship Research
Affiliation:1.China Ship Development and Design Center, Wuhan 430064, China
Abstract:[1] Evaluation of ship airflow based on the relative entropy method… LI Xiang, HUANG Sheng, WANG Chao, et al(1)[2] Fast fairing method for ship-hull surfaces with complex bow and stern based on 3D models…ZHOU Chunkai, DONG Feng, LUO Liang, et al(7)[3] Experimental investigation on the slamming load of the flat bow of a sea-river link container ship … PENG Sheng, WU Weiguo, XIA Ziyu(14)[4] CFD simulation and comparison analysis of a new type high-speed boat… WEI Zifan, JING Shengping, YANG Songlin(22)[5] Numerical simulation on planar motion mechanism of KCS ship model with a body-force propeller model… WANG Huiting, BI Yi(29)[6] Camber lines design approach of propeller blade sections based on the vortex lattice method … RAO Zhiqiang, YANG Chenjun(38)[7] Analysis of the direct strength of container ships according to UR-S11A… ZHENG Zuyuan, WANG Deyu(44)[8] Impact experiment of six-layer pyramidal lattices sandwich panels subjected to near field underwater explosion … ZHANG Zhenhua, NIU Chuang, QIAN Haifeng, et al(51)[9] Stress intensity factor calculation for surface cracks at weld toe of sphere-cylinder shells…YAN Xiaoshun, ZHOU Xintao, HUANG Xiaoping(59)[10] Experiment and numerical analysis on the stability of metal corrugated sandwich beams under compression loads … WU Hui, HE Shutao, LIU Jun, et al(67)[11] Vibration and acoustic radiation characteristics of orthogonal stiffened plates based on different models … GAO Shuang, ZHU Xiang , LI Tianyun, et al(72)[12] The coupling loss factor of mixed structures based on the finite element energy flow model… CHEN Jinghao, WU Weiguo, LIN Yongshui(79)[13] Unity analysis of the fluid-structure coupling model and the acoustic-structure coupling model in the natural frequency calculation of a submerged cylindrical shell…YANG Guodong, LI Tianyun, ZHU Xiang, et al(87)[14] The influence of dynamic loads on the FE model of the ship equipment-base system…YU Yang, YANG Deqing, LIU Jianhua, et al(93)[15] Autonomous control plant and resource distributing strategy for HM&E systems…YUE Lin(102)[16] Application of the genetic particle swarm optimization algorithm in dynamic positioning ship control…XUE Caixia, YUAN Wei, YU Menghong, et al(111)[17] Hydraulic and thermal coupling calculation for the steam pipe network of ships… XU Peng, SONG Zhenguo, CHEN Rugang, et al(116)[18] Prediction of EMP coupling to multi-conductor transmission lines with the over relaxation analytical iterative methods…GUO Jun, LI Ni, ZHANG Jiangong, et al(121)[19] A design method for high isolation and nanosecond response RF front-end active limiter module…DU Ping(126)[20] Analysis of the research status of ship spare parts allocation…WANG Hongdong, YI Hong, LIANG Xiaofeng, et al(133)
Keywords:contents  Chinese Journal of Ship Research  2016  No.4
点击此处可从《中国舰船研究》浏览原始摘要信息
点击此处可从《中国舰船研究》下载全文
设为首页 | 免责声明 | 关于勤云 | 加入收藏

Copyright©北京勤云科技发展有限公司  京ICP备09084417号