High-temperature Sliding Wear Properties of GraphiteFe3Al Composites
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Sliding wear properties of graphite-Fe3Al composites were investigated for their applications in the manufacture of sinteredbearings capable of withstanding high temperatures and loads. The sliding wear properties of the composites were measuredat a high temperature according to the change of graphite content, which added as a solid lubricant. With increase in thegraphite content, the sliding wear properties improved; however, when the graphite content exceeded 12 wt%, the sliding wearproperties were deteriorated. Analysis by scanning electron microscopy and X-ray diffraction confirmed that graphite andFe3Al formed a Fe3AlC0.5 phase by partial reaction with the matrix. The reaction dominated with increase of the graphitecontent. In addition, the Fe3AlC0.5 phase was also formed during wear test and was act as debris, causing deterioration of thesliding wear properties.
Abstract
Sliding wear properties of graphite-Fe3Al composites were investigated for their applications in the manufacture of sinteredbearings capable of withstanding high temperatures and loads. The sliding wear properties of the composites were measuredat a high temperature according to the change of graphite content, which added as a solid lubricant. With increase in thegraphite content, the sliding wear properties improved; however, when the graphite content exceeded 12 wt%, the sliding wearproperties were deteriorated. Analysis by scanning electron microscopy and X-ray diffraction confirmed that graphite andFe3Al formed a Fe3AlC0.5 phase by partial reaction with the matrix. The reaction dominated with increase of the graphitecontent. In addition, the Fe3AlC0.5 phase was also formed during wear test and was act as debris, causing deterioration of thesliding wear properties.
참고문헌 (17)
- Y. S. Kim, , Mat. Sci. & Engin. A, 258, pp.319~324 (1998)
- Y. I. Kim, , Cer. Inter, 43, pp.5907~5913 (2017)
- D. L. Josh, , intermetallics, 3, pp.467~481 (1995)
- P.J.Bryant, , Wear, 1, pp.118~126 (1964)
- S. Dhanasekaran, , Mat. & Design, 28, pp.1135~1141 (2007)
- S. Dhanasekaran, , Wear, 262, pp.617~623 (2007)
- N. Veloff, , Mel. Pow. Pep, 61, pp.31~41 (2006)
- J. G. Justino, , Mat. Sci. For, 299-300, pp.356~363 (1998)
- R. Raman, , Wear, 95, pp.263~269 (1984)
- G. Rosas, , J. Mater. Eng. Perform, pp.57~61 (2009)
- A. Senouci, , Wear, pp.949~953 (1999)
- 김민성, "Sinterability of Low-Cost 3Y-ZrO2 Powder and Mechanical Properties of the Sintered Body", 한국세라믹학회지, 54(4), pp.285~291 (2017), 한국세라믹학회
- S. M Hsu, , Tri. Int, 30, pp.377~383 (1997)
- D. Connetable, , Intermetallics, 16, pp.345~352 (2008)
- Anh Thu Phan, , Acta Mater, 79, pp.1~15 (2014)
- V. Shankar Rao, , Intermetallics, 11, pp.713~719 (2003)
- Yonghai Kang, , Int. J. Mater. Res, 105, pp.999~1003 (2014)