KWON, Hansang; LEPAROUX, Marc; HEINTZ, Jean-Marc; SILVAIN, Jean-François; KAWASAKI, Akira

doi:10.1007/s12540-011-1010-6

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KWON, Hansang
Laboratory of Advanced Materials Processing

LEPAROUX, Marc
Laboratory of Advanced Materials Processing

HEINTZ, Jean-Marc
Institut de Chimie de la Matière Condensée de Bordeaux [ICMCB]

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Metals and Materials International. 2011, vol. 17, n° 5, p. 755-763

Springer

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We have successfully fabricated highly densified aluminum (Al)-diamond composite materials by a simple hot press method. The thermal conductivity of the Al-diamond composite materials was measured. These materials had different types, sizes and fractions of diamond. These obtained values were discussed based on theoretically calculated values. The thermal conductivity of the composite materials, measured by Laser-Flash method, was found to have slightly increased compared to that of pure bulk Al. The obtained microstructures of the composite materials showed a lot of cleavage existing in the interface between the Al matrix and the diamond particles, which led to the low increment of the thermal conductivity. Moreover, Al-diamond bulk materials with different sintering temperatures in solid state, liquid phase, and transient region between solid and liquid of Al, have been synthesized.< Leer menos

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Composites

Powder processing

Sintering

Thermal conductivity

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Fabrication of single crystalline diamond reinforced aluminum matrix composite by powder metallurgy route

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