Ceramics with engineered porosity are promising materials for a number of functional and
structural applications including thermal insulation, filters, bio-scaffolds for tissue …

The thermal expansion behaviour of different SiC particulate reinforced aluminium-matrix
composites is investigated up to 500° C using a thermal mechanical analysis equipment …

Ceramic reinforced metals are attractive because of their enhanced elastic modulus, high
strength, tribological properties and low thermal expansion. Most work in this sector has …

Robotic deposition was used to create an alumina structure with three-dimensional
periodicity and submillimeter feature size. Liquid metal infiltration of this structure resulted in …

Silicon carbide (SiC) reinforced aluminum composites with three dimensional
interpenetrating network structure (3D-SiC/Al) were fabricated by the gas pressure infiltration …

Bi-continuous alumina/aluminium composites were made by infiltrating an alumina preform
which had the structure of a reticulated ceramic foam. The low density preforms were …

The feasibility of processing lightweight interpenetrating phase composite (IPC) foam is
demonstrated. The composite is produced by infiltrating uncured epoxy-based syntactic …

The mass of high-speed trains can be reduced using the brake disk prepared with SiC
network ceramic frame reinforced 6061 aluminum alloy composite (SiCn/Al). The thermal …

This review paper deals with flaws in aluminum–alumina composites and FGMs induced by
their manufacturing processes. Aluminum–alumina composites have been studied for many …

Thorough analysis of the elastic as well as the thermal expansion behaviour of an
interpenetrating Al12Si/alumina composite material is carried out in this work. The open …