[HTML][HTML] Indentation behavior of functionally graded Al–SiC metal matrix composites with random particle dispersion
This study addresses the effects of number of layers, compositional gradient exponent
(material composition) and random particle dispersion on the indentation behavior of a
functionally graded metal matrix composite. The ceramic particles in a certain volume
fraction were randomly distributed within each layer depending on the compositional
gradient exponent in order to have a similar structure to an actual microstructure as possible.
Increasing the number of layers caused an evident increase in indentation depths for all …
(material composition) and random particle dispersion on the indentation behavior of a
functionally graded metal matrix composite. The ceramic particles in a certain volume
fraction were randomly distributed within each layer depending on the compositional
gradient exponent in order to have a similar structure to an actual microstructure as possible.
Increasing the number of layers caused an evident increase in indentation depths for all …
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