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A NEW LARGE CAVITATION CHANNEL IN CHINA SHIP SCIENTIFIC RESEARCH CENTER
引用本文:Wang Tian-kui,Lu Fang,Fan Xiao-bing,Shi Xiao-jun China Ship Scientific Research Center,Wuxi 214082,China. A NEW LARGE CAVITATION CHANNEL IN CHINA SHIP SCIENTIFIC RESEARCH CENTER[J]. 水动力学研究与进展(B辑), 2003, 15(4)
作者姓名:Wang Tian-kui  Lu Fang  Fan Xiao-bing  Shi Xiao-jun China Ship Scientific Research Center  Wuxi 214082  China
作者单位:Wang Tian-kui,Lu Fang,Fan Xiao-bing,Shi Xiao-jun China Ship Scientific Research Center,Wuxi 214082,China
摘    要:1 . INTRODUCTIONIntherecentdecades ,itisrealizedthatitisquitenecessarytocarryouttestsathighReynoldsnumberwithalowbackgroundnoiselevelinordertomeetmoreandmoreurgentneedsofmodernnavyandmaritimeindustry .Anewlargecavita tionchannelisdevelopedinCSSRCfortestingcompletehull/ propulsor/appendagesarrange ments[1] .Itrepresentsoneofthelatestintechno logicallyadvancedlargecavitationtestfacilities.Inthefollowingsections ,thefeaturesandthefirsttestresultsofthechannelwillbedescribed .2 . DICRIP…


A NEW LARGE CAVITATION CHANNEL IN CHINA SHIP SCIENTIFIC RESEARCH CENTER
WANG Tian-kui,Lu Fang,FAN Xiao-bing,Shi Xiao-jun. A NEW LARGE CAVITATION CHANNEL IN CHINA SHIP SCIENTIFIC RESEARCH CENTER[J]. Journal of Hydrodynamics, 2003, 15(4)
Authors:WANG Tian-kui  Lu Fang  FAN Xiao-bing  Shi Xiao-jun
Abstract:After about 10 years' runing of the LCC(DTRC,USA) and the HYKAT(HSVA,Germany), another new large cavitation channel with low background noise is to be in operation in China Ship Scientific Research Center(CSSRC),Wuxi,China. The important specific properties of the channel are the large test section (2.0 m in height, 2.2 m in width and 10.5 m in length), the maximum speed of more than 15 m/s, the low turbulence level, the low background noise of the whole facility, togother with the new noise measurement system. So large scale models can be tested with only minor wall effects and at high Renolds numbers, and the pretentious acoustical measurements can be performed. This paper describes the features of the new channel and the first test results obtained during extensive calibration and validation.
Keywords:large cavitation channel   cavitation test   noise investigation  
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