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首页> 外文期刊>Journal of Mechanical Science and Technology >Design and testing of low-divergence elliptical-jet nozzles
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Design and testing of low-divergence elliptical-jet nozzles

机译:低散度椭圆喷嘴的设计与测试

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摘要

A novel approach was developed to design and fabricate nozzles to produce high-pressure low-divergence fluid jets. Rapid-prototype fabrication allowed for myriad experiments investigating effects of different geometric characteristics of nozzle internal geometry on jet divergence angle and fluid distribution. Nozzle apertures were elliptical in shape with aspect ratios between 1.00 and 2.45. The resulting nozzle designs were tested and the lowest elliptical jet divergence angle was 0.4 degrees. Nozzle pressures and flowrates ranged from 0.32 to 4.45 MPa and 13.6 to 37.9 LPM, respectively. CimCool CimTech 310 machining fluid was used in all experiments at a Brix concentration of 6.6 percent.
机译:开发了一种新颖的方法来设计和制造喷嘴,以产生高压低发散流体射流。快速原型制造允许进行无数实验,以研究喷嘴内部几何形状的不同几何特性对射流发散角和流体分布的影响。喷嘴孔的形状为椭圆形,纵横比在1.00和2.45之间。测试了所得的喷嘴设计,最小的椭圆形射流发散角为0.4度。喷嘴压力和流量分别为0.32至4.45 MPa和13.6至37.9 LPM。 CimCool CimTech 310加工液在所有实验中的糖度为6.6%。

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