Sentence examples for matrix composites such from inspiring English sources
Ceramic matrix composites such as Cf/(C, SiC, Si3N4), SiCf/ZrB2, SiCp/(Si3N4, HfB2) have received much attention in recent years.
Diamond particles dispersed metal matrix composites such as Cu/diamond composites are desirable packaging materials for microelectronic devices because of their potentially high thermal conductivity.
Brittle matrix composites such as fiber-reinforced cements and ceramics are often bonded to dissimilar materials such as metals or other ceramics.
The proposed model is capable of describing interrelated phenomena that are observed experimentally during creep-rupture in ceramic matrix composites such as the primary and the tertiary creep regimes and the lifetime.
Inorganic matrix composites such as fibre reinforced cement have been studied in several coconut producing countries with some commercial success, for example, in the Philippines.
Boron-bearing refractory species are introduced in non-oxide ceramic matrix fibrous composites (such as SiC/SiC composites) to improve their oxidation resistance under load at high temperatures with a view to applications in the aerospace field.
Polymer-matrix composites (PMCs) such as glass fibre reinforced polymer (GFRP) and carbon fibre reinforced polymer (CFRP) are being increasingly used in fields of aerospace, renewable energy, civil and architecture.
Researchers have determined the hardness of ceramic-reinforced aluminium matrix composites in various units, such as HV, HB, HRB and HRC.
Therefore, the interface bonding strength and the deformability of the matrix determine the quality of such metal matrix composites.
Metal matrix composites are mostly used as such structural engineering components where solid particle erosion is a common mode of failure.
Rolling of wrought aluminium matrix composites with hard phase-reinforcements such as SiC, is interesting to produce sheets for engineering constructions due to their light weight combined with good strength and wear resistance.
