Study on the layring phenomenon of ultra-thin hydrodynamic lubrication film
Study on the layring phenomenon of ultra-thin hydrodynamic lubrication film
批准号:
08455078
负责人:
KATO Takahisa
金额:
$4.74万
依托单位:
依托单位国家:
日本
项目类别:
Grant-in-Aid for Scientific Research (B)
财政年份:
1996
资助国家:
日本
项目状态:
已结题
起止时间:
1996 至 1997
中文摘要
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英文摘要
Film thickness of the order of several nanometers is measured by using a precise experimental setup in which two molecularly smooth mica surfaces in crossed cylinder configuration are slide past each other with three kinds of liquid between the surfaces. It is shown that the film thickness depends on liquid structure and the film is thickened when intervening liquid exhibits a strong solvent structural force. A new EHL theory which considers deformation due to the structural force is introduced and results of the calculation are shown.
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松岡広成, 加藤孝久: "分子オーダーの流体潤滑膜厚さの離散値化に関する研究" 日本機械学会論文集(C). 63巻、606号. 537-542 (1997)
Hironari Matsuoka、Takahisa Kato:“分子级上的润滑膜厚度离散化研究”日本机械工程学会会刊(C)第 63 卷,第 606 期。537-542(1997 年)。
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通讯作者:
H.Matsuoka and T.Kato: "An Ultrathin Liquid Film Lubrication Theory -Calculation Method of Solvation Pressure and Its Application to the EHL Problem" ASME Trans, Journal of Tribology. Vol.119, No.1. 217-226 (1997)
H.Matsuoka 和 T.Kato:“超薄液膜润滑理论 - 溶剂化压力的计算方法及其在 EHL 问题中的应用”ASME Trans,摩擦学杂志。
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H.Matsuoka and T.Kato: "EHL Theory for Ultrathin Liquid Lubrication Film Considering Solvation Pressure" J.of Japanese Society of Tribologist. Vol.42, No.1. 68-75 (1997)
H.Matsuoka 和 T.Kato:“考虑溶剂化压力的超薄液体润滑膜的 EHL 理论”日本摩擦学会杂志。
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松岡 広成, 加藤 孝久: "分子オーダの流体潤滑膜厚さの測定" トライボロジスト. 41・5. 427-434 (1996)
Hironari Matsuoka、Takahisa Kato:“分子级流体润滑膜厚度的测量”摩擦学家 41・5(1996)。
DOI:
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发表时间:
期刊:
影响因子:
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作者:
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通讯作者:
松岡広成, 加藤孝久: "分子オーダの流体潤滑膜厚さの測定" トライボロジスト. 41巻,5号. 427-434 (1996)
Hironari Matsuoka,Takahisa Kato:“分子级流体润滑膜厚度的测量”摩擦学家,第 41 卷,第 5 期。427-434 (1996)
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共 15 条
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Control of Structural and Adsorption Properties of Diamond-Like Carbon Films by Adding Various Elements
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Development of nano-scale surface treatment system using vacuum vapor deposition technique
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Friction control by means of self-assembled nano-lubricant film
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Study of AFM/nano-indenter system
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财政年份:1995
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Microtribological Properties of Singlecrystal Silicon and Silicondioxide Layr
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财政年份:1994
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Study on Wear of a Ceramics/Metal Composite
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依托单位:
海外基金