DONG Wencai, GUO Rixiu. Microbubble drag reduction experimentation on flat[J].Shipbuilding of China,1998,1
[10]
MADAVAN N K, DEUTSCH S, MERKLE C L. Measurements of local skin friction in a microbubble modified turbulent boundary layer[J].Fluid Mech,1985,156:237-256.
[11]
DUNISCHEV Yu, EVSEEV A R, SOBOLEV V S. Study of gas-saturated turbulent streams using a laser-doppler veloci-meter[J].Appl. Mech. Tech. Phys.,1975,16(1):114-120.
[12]
YASUAKI Doi, Kazu-hiromori, Takio Hotta. Frictional drag reduction by microbubbles[J].Journal of SNAJ,199
[13]
1,170: 55-63.
[14]
KATO H. Effects of microbubbles on the structure of turbulence in a turbulent boundary layer[J].Journal of Marine Science and Technology,1999,4(4):155-162.
[15]
王家楣, 姜曼松. 不同喷气形式下船舶微气泡减阻
[16]
水池试验研究[J].华中科技大学学报(自然科学 版),2004,32(12):78-80.
[17]
WANG Jiamei, JIANG Mansong. Experimental study on microbubble drag reduction for shipping while different whiff format[J].Transaction of HuaZhong technological university(edition of natural science),2004,32(12):78-80.
[18]
傅文昌, 陈岭. 利用微气泡降低船舶摩擦阻力的研究
[19]
[J].国外舰船工程,2005,5:5-9.
[20]
FU Wenchang, CHEN Ling. Study on shipping friction
[21]
drag reduction with microbubble[J].Journal of Warship
[22]
Engineering Abroad,2005,5:5-9.
[23]
白莉, 陈大融, 李笑迪. 基于表面设计减阻的水下航行
[24]
体模型实验与数值分析[J].实验力学,2006,5:661-666.
[25]
BAI Li, CHEN Darong, LI Xiaodi. Experiment and numeric analysis？for underwater？navigational？model being based upon figuration design[J].Journal of Experimental Mechanics,2006,5:661-666.
ZHANG Wei, LV Yili. Experimental study on drag reduction for a gyroidal object by micro-bubbles[J].Transaction of Tientsin city build academe,2002,8(3):211-213.
[28]
梁志勇, 张乐文, 王献孚. 微气泡减阻理论分析及构想
[29]
[J].武汉造船,1999,4:7-9.
[30]
LIANG Zhiyong, ZHANG Lewen, WANG Xianfu. Academic nalysis and conceive of Microbubble drag reduction[J].Wuhan shipbuilding,1999,4:7-9.
[31]
梁志勇, 陈池. 微气泡对平板摩擦阻力影响的分析[J].
[32]
上海交通大学学报(自然科学版),2002,8(3):267-272.
[33]
吴乘胜,何术龙. 微气泡流的数值模拟及机理分析[J].船
[34]
舶力学,2005,9(5):30-37.
[35]
WU Chensheng, HE Shulong. Numerical simulation of
[36]
microbubble flow and analysis of the mechanism of drag
[37]
reduction[J].Journal of Ship Mechanics,2005,5:30-37.
[38]
林黎明, 王家楣, 詹德新.平板微气泡减阻的数值模拟
[39]
[C]//船舶与海洋工程研究专集.珠海,2001.
[40]
LIN Liming, WANG Jiamei, ZHAN Dexin. Numerical
[41]
simulation of microbubble drag reduction of flat[C]//
HUANG Yanshun, ZHANG Lijun, WANG Zhen. Compute for drag reduction of boundary layer？model by microbubbles[J].Ship Engineering,2004,1:13-16.
[46]
黄衍顺, 刘洪梅, 王震. 利用微气泡层减少平板阻力
[47]
的边界层模型计算[J].船舶力学,2003,6:6-14.
[48]
HUANG Yanshun, LIU Hongmei, WANG Zhen. Compute for drag reduction of flat’s boundary layer mode by microbubbles[J].Journal of Ship Mechanics,2003,6:6-14
[49]
陈鑫, 鲁传敬, 吴磊. 通气空泡流的多相流模型与数
[50]
值模拟[J].水动力学研究与进展,2005,20(A):916-920.
[51]
CHEN Xin, LU Chuanjin, WU Lei. Multiphase flow and numerical simulation of vacuole flow[J].Journal of Hydrodynamics,2005,20(A):916-920.
[52]
梁海杰. 气液两相双流体模型与数值分析[D].西安：
[53]
西安交通大学,2006.
[54]
LIANG Haijie. Gas？and liquid double phase flow model
[55]
and numerical analysis[D].Sian:Sian traffic university,
[56]
2006.
[57]
DEUTCH S, CASTANO J. Microbubble skin friction reduction on an axisymmetric body[J].Physics of fluid,1986,29(11):36-42.
[58]
蔡成法.船舶微气泡减阻理论分析及实验研究[D].武 汉:武汉理工大学,2001.
[59]
CAI Chengfa. Theoretic analysis and experimental st-
[60]
？udy on shipping microbubble drag reduction[D].Wu-
[61]
han:Wuhan science university,2001.
[62]
林宗虎. 气液两相流和沸腾传热[M].西安交通大学出版社,2003.
[63]
LIN Zonghu. Gas？and liquid double phase flow and seething diathermaneity[M].Sian traffic university,2003.
[64]
MANNINEN M, TAIVASSALO V, KALLIO S. On the mixture model for multiphase flow[J].VTT Publications 288,Technical Research Centre of Finland,1996,4:26-31.
[65]
0(sup):100-106.
[66]
MADAVAN N K, DETUSCH S, MERKLE C L. The effect of porous material on microbubble skin friction reduction[J].Journal of fluid Engineering,1983,105(2):136-143.
[67]
LIANG Zhiyong, CHEN chi. Analysis of effect on flat’s friction drag by microbubble[J].Transaction of ShangHai traffic university(edition of natural science),2002,8(3):267-272.
[68]
梁志勇. 微气泡减少平板摩擦阻力的数值模拟[J].船舶
[69]
力学,2002,6(4):146-23.
[70]
LIANG Zhiyong. Numerical simulation flat’s friction drag reduction by microbubbles[J].Journal of Ship Mechanics, 2002,6(4):146-23.
[71]
宋保维. 微气泡降低平板阻力研究[J].水动力学研究与
[72]
进展,1989,4:35-43.
[73]
SONG Baowei. Study on drag reduction on flat by micro-
[74]
bubbles[J].Journal of Hydrodynamics,1989,4:35-43.
[75]
迟卫, 姚熊亮, 范辞. 船舶特种气幕减阻技术原理研究
[76]
[J].中国航海,2006,68(3):12-16.
[77]
CHI Wei, YAO Xiongliang, FAN Ci. Principium？study on
[78]
particular technic of microbubble drag reduction[J].
GUO Feng, OU YongPeng, DONG Wencai. Study on forecast and influencing factors of flat’s microbubble drag reduction[J].Shipbuilding of China,2008,5:66-73.
[82]
KATO H, MIYANAGA M, YAMAGUCHI Hl. Frictional drag reduction by injecting bubbly water into turbulence boundary layer[J].American Society of Mechanical Engineers,1994,190:185-194.
[83]
KATO H. Experimental study on microbubble injection method for frictional drag reduction[J].Journal of Marine Science and Technology,1998,3(3):122-129.
[84]
KATO H, MIYANAGA M, YAMAGUCHI H, et al. Frictional drag reduction by injecting bubbly water into turbulence boundary layer and the effects of plate orientation[R].Kyoto Advances in Multiphase Flow,1994.
[85]
GUIN M M, KATO H., et al. Reduction of skin friction by micro-bubbles and its relation with near-wall bubble concentration in a channel[J].Journal of Marine Science and Technology,1996, (1):241-254.
