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Wear behavior of Al2O3/AC8A composites by low pressure infiltration process

원문정보

저압함침법을 이용한 Al2O3으로 강화된 AC8A 복합재료의 마모특성

S.H. Park, G.W. Hwang, W. J. Park

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초록

영어

Metal matrix composites(MMC) can obtain mechanical characteristics of application purposes that a single material is difficult to obtain. Al2 O3/AC8A composites were fabricated by low pressure infiltration process. The purpose is establishing the optimal casting conditions for composite preparation under low pressure. It is known the inorganic binder help infiltration. Therefore Al2O3 fiber preform's optimum sinter temperature is 1160℃, added inorganic binder is mixed binder(SiO2 sol:Al2O3 sol=5:2). And three fibers have been compared (Al2O3 80%/SiO2 20%, Al2O3 80%/SiO2 10% and Al2O3 97%/SiO2 3%). Al2O3/AC8A composites was made by each melting temperatures(650℃, 700℃, 750℃) and wear test was performed about effect of temperatures, kind of fiber, matrix and composites, aging time. Wear test is Ball on disk wear test. The resistance increased with the low melting temperature and Al2O3 80%/SiO2 20% fiber.

목차

Abstract
 1. Introduction
 2. Experimental procedures
 3. Results and discussions
 4. Conclusion
 Acknowledgment
 References

저자정보

  • S.H. Park 박성호. Department of Shipbuilding & Marine Mechanics, Changwon MoonSung University
  • G.W. Hwang 황규완. Subdivision of Mechanical Engineering, Kyungnam College of Information & Technolgoy
  • W. J. Park 박원조. Member, Department of Energy and Mechanical Engineering, Gyeong Sang National University

참고문헌

자료제공 : 네이버학술정보

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