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Flow structures and erosive properties of rectangular cavitating jets

机译:矩形空化射流的流动结构和侵蚀特性

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摘要

Experimental studies are carried out to clarify the structures and erosive properties of rectangular cavitating jets. the jet is supplied from a high pressure pump and injected through a rectangular nozzle of aspect ratio of two or four. It discharges into a test cell at specified constant pressure and impinges against a test specimen of aluminum alloy. The structures of the jets are observed by instantaneous photographs and high-speed movies. The erosion tests are conducted at the injection pressure of 18 MPa and the cavitation number of 0.01, 0.02, and 0.03. It is shown that the structures of the cavitating jets issuing from the rectangular nozzles are completely different from those of circular cavitating jets. Corresponding to the jet structures, the damage patterns by the rectangular cavitating jets are different from those by circular cavitating jets.
机译:进行实验研究以阐明矩形空化射流的结构和侵蚀特性。射流由高压泵提供,并通过纵横比为2或4的矩形喷嘴注入。它以规定的恒定压力排放到测试室中,并撞击到铝合金的测试样品上。喷射的结构通过瞬时照片和高速电影来观察。腐蚀试验在注入压力为18 MPa且空化数为0.01、0.02和0.03的条件下进行。结果表明,从矩形喷嘴射出的空化射流的结构与圆形空化射流的结构完全不同。对应于射流结构,矩形空化射流的损伤模式不同于圆形空化射流的损伤模式。

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