Contents of Chinese Journal of Ship Research Vol.9 No.6

1 ZHANG Xiaodong，LIAO Jingjing，HUANG Xiangzhao. A modeling approach for the takeoff and recovery workflow of carrier-borne aircrafts based on eventsJ. Chinese Journal of Ship Research，2014，9（6）：1-7.   2 SANG Deyi，ZHAO Jianjun，YANG Libin. The impact on landing guidance radar precision caused by the movement of aircraft carriersJ. Chinese Journal of Ship Research，2014，9（6）：8-13.   3  ZHANG Nu. The evaluation method of the longitudinal strength of a ship hull subjected to the bubble load in underwater explosionJ. Chinese Journal of Ship Research，2014，9（6）：14-18，25.   4  CHENG Suqiu, WANG Shule, CHEN Gaojie. Evaluation study on shock damage of ship subjected to blasting warhead far-field underwater explosionJ. Chinese Journal of Ship Research，2014，9（6）：19-25.   5SUN Bin，HU Zhiqiang，WANG Jin，et al. Ultimate residual strength prediction of oil tanker after structural damage by a side collision J. Chinese Journal of Ship Research，2014，9（6）：26-33.   6  MO Lixin，XU Feng，ZHENG Shaowen.   7  LIU Xuchen，PENG Fei，ZHU Zhijie，et al. Calculation method of pressure hull radial initial deflection based on nonlinear rectangular coordinate transformation methodJ. Chinese Journal of Ship Research，2014，9（6）：39-42，58.   8 XIAO Shaoyu，WANG Hao. Experimental sensing study of a certain fabry-perot fiber optic strain gaugeJ. Chinese Journal of Ship Research，2014，9（6）：43-47.   9 YANG Nian，YI Hong，LIU Yong. The effects of welding residual stress on the structure' s vibration and acoustic radiationJ. Chinese Journal of Ship Research，2014，9（6）：48-52.   10 ZHU Jun，TANG Haijing，HUANG Kunlun. Calculating method for the limited carrying capacity for submarinesJ. Chinese Journal of Ship Research，2014，9（6）：53-58.   11 XI Peng，XIONG Ying，QIU Liaoyuan，et al. Prediction of self-propulsion parameters for multi-propeller shipsJ. Chinese Journal of Ship Research，2014，9（6）：59-64，99.   12 QIN Yezhi，RUAN Rengzhong. The simulation research of matching design of propellers to POD propulsion shipsJ. Chinese Journal of Ship Research，2014，9（6）：65-72.  13  LIU Xiyuan，XIE Chengli，WANG Dan，et al. Experimental inverstigation on water mist infrared stealth technology for naval shipsJ. Chinese Journal of Ship Research，2014，9（6）：73-79.   14 WANG Xiaofeng，WANG Xianzhou，ZHANG Zhiguo，et al. Experiment and mathematics model of high pressure air blowingJ. Chinese Journal of Ship Research，2014，9（6）：80-86.   15 YANG Hai. Feedforward control design for autonomous underwater gliders under input constraintsJ. Chinese Journal of Ship Research，2014，9（6）：87-91，99.   16 ZHAO Rui，YU Kun，ZHENG Wencheng，et al. Design and simulation of the distributive motion control system for unmanned underwater vehiclesJ. Chinese Journal of Ship Research，2014，9（6）：92-99.   17  WU Zixia. Effects of steel magnetic properties on induced magnetic fields of a shipJ. Chinese Journal of Ship Research，2014，9（6）：100-103.   18  YU Hao，PENG Ling，LIU Zicheng，et al. Numerical simulation of the controlling strategy of different synchronous generators during parallel operationJ. Chinese Journal of Ship Research，2014，9（6）：104-109.   19  XUN Zhenyu，YANG Yuanlong，WANG Xinggang，et al. Numerical simulation on the dynamic performance of marine steam accumulators under two different charging modesJ. Chinese Journal of Ship Research，2014，9（6）：110-114.   20 XIE Li，WEI Ruxiang，SUN Shengxiang，et al. Maintenance fees forecast for warship equipment based on mahalanobis distanceJ. Chinese Journal of Ship Research，2014，9（6）：115-119.