Sentence examples for generation of composites from inspiring English sources
Hybrid aluminum matrix composites (HAMCs) are the second generation of composites that have potential to substitute single reinforced composites due to improved properties.
The effectiveness of carbon nanotubes as reinforcements in the next generation of composites is designated by their mechanical behavior as standalone units.
Moreover, the 30 wt% reinforced PLA biocomposite exhibited a tensile strength of the same magnitude than 20 wt% of glass fibers reinforced PP composites, bringing to light the feasibility of substituting the synthetic matrix commodities and obtaining new and biodegradable generation of composites.
Both innovations are made from a new generation of composite textiles pioneered by Atair which are engineered to perform under extreme conditions".
Most work has focused on the generation of composite materials with homogeneously dispersed carbon nanotubes.
Carbon nanotubes are specially introduced into polymer matrices like epoxy to fabricate polymer matrix nanocomposites which presents a new generation of composite materials [4, 5, 6, 7, 8].
The successful prediction of collapse under the combination of deep post-buckling deformations and several composite damage mechanisms has application for the next generation of composite aircraft designs.
In this paper, a new generation of composite sandwich slab is proposed as a solution for the rehabilitation of slabs in old masonry buildings.
Applying this purification method to electrospun nano-fibres leads the way for the next generation of composite materials which can be used in high temperature extreme environments.
A new generation of composite materials is being developed based on physical properties, especially high thermal conductivity and, in some applications, low and tailorable coefficient of thermal expansion (CTE).
The ability to tailor the morphology of a semicrystalline membrane using compressed antisolvent suggests an alternative to current CO2-based polymer impregnation techniques, which require solute solubility in CO2, for the generation of composite thin films and membranes.
