BASINÇLI İNFİLTRASYON YÖNTEMİ İLE ÜRETİLEN Al- SiCp KOMPOZİTLERDE PARTİKÜL BOYUTUNUN ABRASİV AŞINMA DAVRANIŞINA ETKİSİ
Abstract
Bu çalışmada, basınçlı infiltrasyon yöntemi ile üretilen Al-%55 SiC partikül (SiCp) takviyeli kompozitlerinabrasiv aşınma davranışına partikül boyutunun etkisi incelenmiştir. Abrasiv aşınma testleri 100, 280 ve 500mesh Al2O3 zımparalar üzerinde, 12, 24 ve 36 N yükler altında, disk üzerinde pim aşınma cihazı kullanılarakgerçekleştirilmiştir. Takviyesiz matriks alaşımı ile karşılaştırıldığında kompozitler mükemmel aşınma direncigöstermişlerdir. Kompozitlerin aşınma hızı, artan yük, artan aşındırıcı tane boyutu ve azalan takviye partikülboyutu ile artmıştır.
References
- Lai, S-W., Chung, D.D.L., “Phase distribution
- and associated mechanical property distribution
- in silicon carbide particle-reinforced aluminium
- fabricated by liquid metal infiltration” Journal of
- Materials Science, Cilt 29, 2998-3016, 1994.
- Kurnaz, S.C., Akbulut, H., Durman, M., “Saffil
- (δ-Al2O3) fiber takviyeli çinko-alüminyum
- alaşımı (ZA.12) metal matriksli kompozitlerin
- infiltrasyon yöntemi ile üretimi ve özelliklerinin
- incelenmesi” 7. Uluslararası Metalurji ve
- Malzeme Kongresi, Ankara,. 1155-1164, 4-8
- May 1993.
- Fletcher, T.R., Cornie, J.A., “A Capacitance
- technique for studying pressure infiltration”
- Materials Science And Engineering, A144,
- -163, 1991.
- Cook, A.J., Werner, P.S., “Pressure infiltration
- casting of metal matrix composites” Materials
- Science and Engineering, A144, 189-206, 1991.
- Assar, E. M., “Fabrication of metal matrix
- composite by infiltration process-part 2:
- experimental study” Journal of Materials
- Processing Technology, Cilt 86, 152-158, 1999.
- Chong, Y., Atkinson, H.V., Jones, H., “Effect of
- ceramic particle size, melt superheat, impurities
- and alloy conditions on threshold pressure for
- infiltration of SiC powder compacts by
- aluminium-based melts” Materials Science And
- Engineering, A173, 233-237, 1993.
- Candan, E., Atkinson, H.V., Jones, H., “Effect of
- magnesium alloying additions on infiltration
- threshold pressure and structure of SiC powder
- compacts infiltrate by aluminium-based melts”
- Journal of Materials Science, Cilt 32, 289-294,
- -
- Henriksen, B.R., “The effect of Mg on the
- interface in an Al/SiCw composite” Interfacial
- Phenomena in Composite Materials ’89, 242-
- , 1989.
- Acılar, M., Gül, F., “Basınçlı infiltrasyon
- yöntemi ile Al-SiCp kompozitlerin üretimi ve
- geliştirilmesi” 11. Uluslar arası Metalurji ve
- Malzeme Kongresi, , İstanbul, Bildiriler EKitabı,
- 8, 5-8 Haziran 2002.
- Narciso, J., Alonso, A., Pamies, A., Garcia-
- Cordovilla, C., Louis, E., “Factors affecting
- pressure infiltration of packed SiC particulates by
- liquid aluminum” Metallurgical and Materials
- Transactions A, 26A, 983-990, 1995.
- Laurent, V., Chatain, D., Eustathopoulos, N.,
- “Wettability of SiO2 and oxidizes SiC
- aluminium” Materials Science And
- Engineering, A135, 89-94, 1991.
- Shi, Z., Ochia, S., Hojo., M., Lee, J., Gu, M., Lee,
- H., Wu, R., The oxidation of SiC particles and its
- interfacial characteristics in Al-matrix
- composite” Journal of Materials Science, Cilt
- , 2441-2449, 2001.
- Skolianos, S., Kattamis, T.Z., “Tribological
- properties of SiCp-reinforced Al-4.5% Cu-1.5%
- Mg alloy composites” Materials Science and
- Engineering, A163, 107-113, 1993.
- Candan, E., Ahlatcı, H., Çimenoğlu, H.,
- “Abrasive wear behaviour of Al-SiC composites
- produced by pressure infiltration technique”
- Wear, Cilt 247, 133-138, 2001.
- Sheu, C.Y., Lin, S.J., “Particle size effects on the
- abrasive wear of 20 vol% SiCp/7075Al
- composites” Scripta Materialia, Cilt 35, No 11,
- -1276, 1996.
- Alpas, A.T., Zhang, J., “Effect of microstructure
- (particulate size and volume fraction) and
- counterface material on the sliding wear
- resistance of particulate-reinforced aluminum
- matrix composites” Metallurgical and
- Materials Transactions A, 25A, 969-983, 1994.
- Roy, M. Venkataraman, B., Bhanuprasad, V.V.,
- Mahajan, Y.R., Sundarajan, G., “The effect of
- particulate reinforcement on the sliding wear
- behavior of aluminum” Metallurgical
- Transactions-A, Cilt 23, 2833-2847, 1992.
Year 2007,
Volume: 22 Issue: 2, 0 - , 15.02.2013
Abstract
References
- Lai, S-W., Chung, D.D.L., “Phase distribution
- and associated mechanical property distribution
- in silicon carbide particle-reinforced aluminium
- fabricated by liquid metal infiltration” Journal of
- Materials Science, Cilt 29, 2998-3016, 1994.
- Kurnaz, S.C., Akbulut, H., Durman, M., “Saffil
- (δ-Al2O3) fiber takviyeli çinko-alüminyum
- alaşımı (ZA.12) metal matriksli kompozitlerin
- infiltrasyon yöntemi ile üretimi ve özelliklerinin
- incelenmesi” 7. Uluslararası Metalurji ve
- Malzeme Kongresi, Ankara,. 1155-1164, 4-8
- May 1993.
- Fletcher, T.R., Cornie, J.A., “A Capacitance
- technique for studying pressure infiltration”
- Materials Science And Engineering, A144,
- -163, 1991.
- Cook, A.J., Werner, P.S., “Pressure infiltration
- casting of metal matrix composites” Materials
- Science and Engineering, A144, 189-206, 1991.
- Assar, E. M., “Fabrication of metal matrix
- composite by infiltration process-part 2:
- experimental study” Journal of Materials
- Processing Technology, Cilt 86, 152-158, 1999.
- Chong, Y., Atkinson, H.V., Jones, H., “Effect of
- ceramic particle size, melt superheat, impurities
- and alloy conditions on threshold pressure for
- infiltration of SiC powder compacts by
- aluminium-based melts” Materials Science And
- Engineering, A173, 233-237, 1993.
- Candan, E., Atkinson, H.V., Jones, H., “Effect of
- magnesium alloying additions on infiltration
- threshold pressure and structure of SiC powder
- compacts infiltrate by aluminium-based melts”
- Journal of Materials Science, Cilt 32, 289-294,
- -
- Henriksen, B.R., “The effect of Mg on the
- interface in an Al/SiCw composite” Interfacial
- Phenomena in Composite Materials ’89, 242-
- , 1989.
- Acılar, M., Gül, F., “Basınçlı infiltrasyon
- yöntemi ile Al-SiCp kompozitlerin üretimi ve
- geliştirilmesi” 11. Uluslar arası Metalurji ve
- Malzeme Kongresi, , İstanbul, Bildiriler EKitabı,
- 8, 5-8 Haziran 2002.
- Narciso, J., Alonso, A., Pamies, A., Garcia-
- Cordovilla, C., Louis, E., “Factors affecting
- pressure infiltration of packed SiC particulates by
- liquid aluminum” Metallurgical and Materials
- Transactions A, 26A, 983-990, 1995.
- Laurent, V., Chatain, D., Eustathopoulos, N.,
- “Wettability of SiO2 and oxidizes SiC
- aluminium” Materials Science And
- Engineering, A135, 89-94, 1991.
- Shi, Z., Ochia, S., Hojo., M., Lee, J., Gu, M., Lee,
- H., Wu, R., The oxidation of SiC particles and its
- interfacial characteristics in Al-matrix
- composite” Journal of Materials Science, Cilt
- , 2441-2449, 2001.
- Skolianos, S., Kattamis, T.Z., “Tribological
- properties of SiCp-reinforced Al-4.5% Cu-1.5%
- Mg alloy composites” Materials Science and
- Engineering, A163, 107-113, 1993.
- Candan, E., Ahlatcı, H., Çimenoğlu, H.,
- “Abrasive wear behaviour of Al-SiC composites
- produced by pressure infiltration technique”
- Wear, Cilt 247, 133-138, 2001.
- Sheu, C.Y., Lin, S.J., “Particle size effects on the
- abrasive wear of 20 vol% SiCp/7075Al
- composites” Scripta Materialia, Cilt 35, No 11,
- -1276, 1996.
- Alpas, A.T., Zhang, J., “Effect of microstructure
- (particulate size and volume fraction) and
- counterface material on the sliding wear
- resistance of particulate-reinforced aluminum
- matrix composites” Metallurgical and
- Materials Transactions A, 25A, 969-983, 1994.
- Roy, M. Venkataraman, B., Bhanuprasad, V.V.,
- Mahajan, Y.R., Sundarajan, G., “The effect of
- particulate reinforcement on the sliding wear
- behavior of aluminum” Metallurgical
- Transactions-A, Cilt 23, 2833-2847, 1992.
There are 81 citations in total.
Details
| Primary Language | Turkish |
|---|---|
| Journal Section | Makaleler |
| Authors | |
| Publication Date | February 15, 2013 |
| Submission Date | February 15, 2013 |
| Published in Issue | Year 2007 Volume: 22 Issue: 2 |