《中国舰船研究》2019年第2期目录

[1] 冰区航行船舶推进器特殊性分析…王超,韩康,汪春辉,李兴(1)[2] 基于重叠网格的船模停船操纵CFD数值模拟…孙晨光,王建华,万德成(8)[3] 小型无人帆船Z形操纵性能预测分析…孙烨,司先才,马靖丰,谭俊哲,张雪飞,王树杰(15)[4] 小水线面三体船与细长型三体船剩余阻力对比分析…张明霞,韩兵兵,卢鹏程(21)[5] 混合对转推进系统水动力性征数值研究…曾旺,李晔,秦江涛(30)[6] 基于TRIZ理论的舰船防护舱壁结构型式生成研究…肖肯,李德聪,戴文喜,张弩,吴国民,贺双元(36)[7] 多开口甲板板架结构极限承载力实验研究…周红昌,孔祥韶,袁天,吴卫国(45)[8] 含新型连接型式的潜艇内部平面舱壁结构设计及模型试验验证…田旭军,耿黎明,胡刚义(51)[9] 半圆形初始裂纹在交变拉伸载荷下的裂尖应力场数值模拟…周晓松,张焱冰,张岳林(57)[10] 含初始裂纹铝合金板在反复冲击载荷下的动态响应…段芳娟,刘敬喜,解德(63)[11] FPSO单点系泊系统导缆器疲劳寿命预报方法…乐京霞,王思宇,刘玉亮,陈鹏飞,姚国全(70)[12] 水下环肋圆锥壳临界压力-频率特性分析…张帅,李天匀,郭文杰,朱翔,林子钦(77)[13] 水下圆柱壳自由场声辐射特性的获取…林伟,夏茂龙,孟春霞,黎胜(83)[14] 约束空间内爆超压载荷影响因素二维数值模拟…徐维铮,吴卫国(91)[15] 一种射流式冷却挡焰板的气动设计与数值分析…颜世伟,晋文超,谭大力,田云(99)[16] 舰船综合电力系统分析技术研究现状与展望…王守相,孟子涵(107)[17] 基于物联网技术的电力推进船舶电能质量监视系统设计…卓金宝,施伟锋,兰莹,邓冉然(118)[18] 舰船中压直流电力系统的混合储能管理策略仿真分析…郭燚,于士振,郭将驰,李晗(126)[19] 基于弯矩影响系数的轴系安装状态评估逆计算方法…陈昊,周瑞平,雷俊松,张建军(137)[20] 基于一方程转捩模型的狭缝冲击射流传热数值模拟…黄华坤,张桂勇,孙铁志,宗智(144)[21] 汽轮给水机组切换工况下船舶蒸汽动力系统的响应特性…杨元龙,吴金祥,郑子都,吴炜,孙玲(150)[22] 基于测试分析和RELS-TSVM的舰船系统固有能力评估…范敏,高饶翔,乐天,彭辉(156)

Contens of CJSR 2019, Vol.14, No.2

[1] Analysis on the particularity of propulsor of ice-going ships…Wang Chao,Han Kang,Wang Chunhui,et al (1)[2] CFD numerical simulations of stopping maneuver of ship model using overset grid technology…Sun Chenguang, Wang Jianhua, Wan Decheng (8)[3] Predictive analysis on zigzag maneuverability of small saildrone…Sun Ye,Si Xiancai,Ma Jingfeng,et al (15)[4] Comparative analysis on residual resistance of trimaran with small waterplane area center hull and slender trimaran…Zhang Mingxia,Han Bingbing,Lu Pengcheng (21)[5] Numerical study on hydrodynamic characteristics of hybrid contra-rotating propeller…Zeng Wang,Li Ye,Qin Jiangtao (30)[6] Concept configuration of hull protective bulkhead based on TRIZ theory…Xiao Ken,Li Decong,Dai Wenxi,et al (36)[7] Experimental study on the ultimate bearing capacity of deck grillage structure with multiple openings…Zhou Hongchang,Kong Xiangshao, Yuan Tian,et al (45)[8] Design and model test verification of internal plane bulkhead with new connection structure in a submarine…Tian Xujun,Geng Liming,Hu Gangyi (51)[9] Numerical simulation of tip stress field of semi-circular initial crack subjected to alternating tensile loads…Zhou Xiaosong,Zhang Yanbing,Zhang Yuelin (57)[10] Dynamic response of aluminum alloy plate with initial cracks under repeated impacts…Duan Fangjuan,Liu Jingxi,Xie De (63)[11] Fatigue life prediction method for fairlead of single point mooring system of FPSO…Yue Jingxia,Wang Siyu,Liu Yuliang,et al (70)[12] Critical pressure-frequency characteristics analysis for ring-stiffened submerged conical shells…Zhang Shuai,Li Tianyun,Guo Wenjie,et al (77)[13] The acquisition of acoustic radiation characteristics of underwater cylindrical free-field…Lin Wei,Xia Maolong,Meng Chunxia,et al (83)[14] Two-dimensional numerical simulation of the factors influencing the explosion overpressure load inside the confined space…Xu Weizheng,Wu Weiguo (91)[15] Aerodynamic design and numerical analysis of jet cooling blast deflector…Yan Shiwei,Jin Wenchao,Tan Dali,et al (99)[16] Current status and prospects of analysis technologies of shipboard integrated power system…Wang Shouxiang,Meng Zihan (107)[17] Design of power quality monitoring system for electric propulsion ship based on IoT technology…Zhuo Jinbao,Shi Weifeng,Lan Ying,et al (118)[18] Simulation analysis on hybrid energy storage management strategy in warship medium voltage DC power system…Guo Yi,Yu Shizhen,Guo Jiangchi,et al(126)[19] Inverse calculation method of shaft system installation status evaluation based on bending moment influence coefficient…Chen Hao,Zhou Ruiping,Lei Junsong,et al(137)[20] Numerical simulation of slot jet impingement heat transfer based on one-equation intermittency transition model…Huang Huakun,Zhang Guiyong,Sun Tiezhi,et al (144)[21] Response characteristics of ship steam power system under switchover of turbine feed water pump…Yang Yuanlong,Wu Jinxiang,Zheng Zidu,et al (150)[22] Evaluation of inherent capacity of ship system based on test analysis and RELS-TSVM…Fan Min,Gao Raoxiang,Le Tian,et al (156)