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The composites are based on incorporating La(Fe, Si, Co 13, a material with a negative coefficient of thermal expansion, within a continuous Cu matrix.
Most micro-mechanical analyses for composites are based on repeated unit cell models (RUCs) by assuming a periodical distribution of the reinforcing phase.
The self-lubricating effects of metal matrix self-lubricating composites are based on migrating solid lubricant from matrix to worn surface, which results in the formation of transferred film mainly containing solid lubricant.
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The composites were based on a biodegradable polymer matrix consisted a blend of poly(butylene adipate-terephthalate) (PBAT) copolyester, produced by non-renewable resources, and Polylactic acid (PLA).
A successful application of polymers or polymer matrix composites is based on careful material selection and modification of the design to fully exploit the material properties, as is demonstrated through a series of examples.
The preparation of ZnO@TiO2 composites was based on a very facile one-step template-free hydrothermal method at ambient conditions.
Method of conditional moments for random composites is based on an assumption that the fluctuations of random fields within a component are quite small.
The choice of cognitive measures included in the composites was based on a literature review rather than taking a data-driven approach.
The synthesis principle of PCL ESMP composite was based on phase separation phenomenon between the two ingredients.
The 3D meso-structure model of the MMWK composite is based on an idealized geometrical model according to the preform structure of the MMWK fabric.
If the composite is based on inert polymer [16], its sorption capacity is insignificant.
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CEO of Professional Science Editing for Scientists @ prosciediting.com