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Flow Structure and Erosive Characteristics of Water Jet Issuing from a Fan Jet Nozzle

机译：风扇喷嘴喷水射流的流动结构及腐蚀特性

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Experimental studies are conducted to clarify the flow structure and velocity distribution of a water jet issuing from a fan jet nozzle. The maximum jetting pressure is 300 MPa and the nominal diameter of the nozzle is 0.33 mm. The water velocity is measured by the PIV method. Erosion tests are carried out with specimens of steel (JIS SS400) and aluminum (JIS A5052P-H112) at nozzle traverse speed of 200 to 800 mm/min and standoff distance of 10 to 30 mm.

机译：进行实验研究，以阐明来自风扇喷射喷嘴的水射流的流动结构和速度分布。最大喷射压力为300MPa，喷嘴的标称直径为0.33mm。通过PIV方法测量水速度。用钢（JIS SS400）和铝（JIS A5052P-H112）的喷嘴横向速度为200至800mm / min，支架距离为10至30mm的耐腐蚀试验。

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《日本機械学会年次大会》|2003年||共2页
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作者
Ding Liang; Seiji SHIMIZU;
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原文格式 PDF
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中图分类 TH-53;
关键词
Water Jetting Technology; Fan Jet Nozzle; Coating Removal; PIV; Plasma Sprayed Coating;

机译：水喷射技术;风扇喷嘴;涂层去除;PIV;等离子喷涂涂层;

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Flow Structure and Erosive Characteristics of Water Jet Issuing from a Fan Jet Nozzle

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