Surface Durability of Developed Cr-Mo-Si Steel under Rolling-Sliding Contact
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概要
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To develop case-carburized gears with high loading capacity, the surface durability of a developed Cr-Mo-Si steel (with 1 mass% Si added in the chemical composition) was studied. Initially, the fatigue tests of case-carburized Cr-Mo-Si steel and Cr-Mo steel melted in a hypoxia vacuum were carried out using a two-roller contact fatigue tester. Next, the changes in the surface failure, surface roughness and sectional hardness distribution of the test rollers were examined using a scanning electron microscope, a surface roughness measuring instrument and a penetrometer, respectively. In the case of Cr-Mo-Si steel test rollers under rolling-sliding contact, the following results are obtained in comparison with Cr-Mo steel test rollers: micro pitting area ratio is lower under a medium load, the pits do not occur under a heavy load, and the value of surface variation is lower. Therefore, it is clear that the developed Cr-Mo-Si steel can be applied to case-carburized gear materials under a heavy load.
著者
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Deng Gang
Department Of Chemical And Biochemical Engineering Zhejiang University
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Redda Daniel
Graduate School Of Engineering University Of Miyazaki
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Nakanishi Tsutomu
Department of Materials Science and Engineering, Waseda University, Tokyo 169-8555, Japan
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DENG Gang
Department of Mechanical Systems Engineering, Faculty of Engineering, University of Miyazaki
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