Improvement of fatigue strength by using cavitating jets in air and water

Soyama H

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Improvement of fatigue strength by using cavitating jets in air and water

机译：通过在空气和水中使用空化射流来改善疲劳强度

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Peening method using cavitation impact at bubble collapse has been proposed. At the peening, cavitation bubble was normally generated by injecting a high-speed water jet into a water-filled chamber, i.e., a cavitating jet in water. In the present paper, the peening using a cavitating jet in air, which can generate the cavitation bubble without a water-filled chamber was investigated. It was revealed that the improvement of fatigue strength peened by the cavitating jet in air was better than that of the cavitating jet in water.

机译：已经提出了在气泡破裂时利用空化冲击的喷丸方法。在喷丸处理时，通常通过将高速水射流注入到充满水的腔室中，即在水中的空化射流，来产生空化气泡。在本文中，研究了使用空化射流在空气中进行喷丸处理的方法，这种方法可以在没有充水腔的情况下产生空化气泡。结果表明，空化射流在空气中产生的疲劳强度的改善要优于水中的空化射流。

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来源
《Journal of Materials Science》 |2007年第16期|共4页
作者
Soyama H;
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原文格式 PDF
正文语种 eng
中图分类工程材料学;
关键词
COMPRESSIVE RESIDUAL-STRESS; STEEL;

机译：压缩残余应力;钢;

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1. Improvement Of The Fatigue Strength Of Stainless Steel Sus316l By A Cavitating Jet With An Associated Water Jet In Water [J] . Hitoshi SOYAMA, Yuichi SEKINE, Yosuke OYAMA ISIJ international . 2008,第11期

机译：空化射流和水中联合射流提高Sus316l不锈钢的疲劳强度
2. Improvement of fatigue strength by using cavitating jets in air and water [J] . Soyama H Journal of Materials Science . 2007,第16期

机译：通过在空气和水中使用空化射流来改善疲劳强度
3. Improvement of fatigue strength by using cavitating jets in air and water [J] . H. Soyama Journal of Materials Science . 2007,第16期

机译：通过在空气和水中使用空化射流来改善疲劳强度
4. Improvement of Fatigue Strength of Stainless Steel by Using a Cavitating Jet with an Associated Water Jet in Water [C] . Hitoshi Soyama, Mitsuhiro Mikami Asian Pacific Conference on Fracture and Strength . 2007

机译：用水分射流在水中用空化喷射改善不锈钢疲劳强度
5. Flow visualization of cavitating, high-speed, submerged water jets. [D] . Szymczak, Michel. 1988

机译：空化，高速，淹没式水射流的流量可视化。
6. An Account of the Nature and Medicinal Virtues of the Principal Mineral Waters of Great Britain and Ireland and Those Most in Repute on the Continent. To Which Are Prefixed Directions for Impregnating Water with Fixed Air in Order to Communicate to It the Peculiar Virtues of Pyrmont Water and Other Mineral Waters of a Similar Nature; Extracted from Dr. Priestleys Experiments on Air. With an Appendix Containing a Description of Dr. Nooths Apparatus with the Improvements Made in It by Others; and a Method of Impregnating Water with Sulphureous Air so as to Imitate the Aix-La-Chapelle and Other Sulphureous Waters [O] . 1781

机译：关于英国和爱尔兰主要矿泉水以及大陆上声誉最高的矿泉水的性质和药用价值的描述。前缀的固定空气浸渍水的指导以便与之沟通比尔蒙特水和其他类似性质的矿泉水的奇特美德；摘自Priestley博士的空中实验。带有附录其中包含对Nooth博士仪器的描述以及其他人对其所做的改进；以及用含硫空气浸渍水的方法以模仿艾克斯-拉-夏贝尔和其他含硫水
7. Improvement of Fatigue Strength of Stainless Steel by Using a Cavitating Jet with an Associated Water Jet in Water [O] . Hitoshi Soyamaa, Mitsuhiro Mikami 2015

机译：水中相关水射流空化射流提高不锈钢疲劳强度
8. Soil Improvement Method Utilizing A High Speed Water and Air Jet: On the Development and Application of Columnar Solidified Construction Methhod (Column Jet Method) [R] . Yahiro, T. , Yoshida, H. , Nishi, K. 1980

机译：利用高速水射流的土壤改良方法 - 柱状凝固施工方法的研究与应用（柱射流法）

Improvement of fatigue strength by using cavitating jets in air and water

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