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Polymer nanocomposites are promising for structural applications due to their high modulus and good corrosive resistance.
% of MWNTs demonstrated optimum mechanical properties as it possessed high tensile strength, modulus, and good flexibility compared to PU film and other PU-MWNTs composite films.
Required properties for the ceramic film are low thermal expansion, high elastic modulus and good adhesion, and nitride or carbide films are favorable from this point.
High strength, low Young's modulus and good biocompatibility are desirable but difficult to simultaneously achieve in metallic implant materials for load bearing applications, and these impose significant challenges in material design.
Due to significant advantages over GFRP rebars, namely high tensile strength, high elastic modulus, and good ductile properties, GFRP/steel wire composite rebars offer a superior alternative to ordinary steel rebars.
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These composites are less rigid materials when compared to BC, which is confirmed by a decrease in the storage tensile modulus, and present good swelling ratios (~200 260%).
Concrete filled steel tubular (CFST) structure attracts increasing engineering applications in earthquake prone regions due to its high section modulus, high strength, and good seismic performance.
The developed SCC mixtures exhibited high strength (compressive, tensile, bond and elastic modulus), excellent shrinkage behavior and good durability characteristics (high corrosion resistance and related indices).
Carbon nanotubes (CNTs) have high strength and modulus, large aspect ratio, and good electrical and thermal conductivities, which make them attractive for fabricating composite.
The present study has demonstrated that porous titanium 10 wt% 45S5 Bioglass nanocomposite is a promising biomaterial for bone tissue engineering due to its appropriate microstructure, high hardness, low E modulus, better corrosion resistance and good cytocompatibility.
The ultrafine grained alloy exhibits large scale nonlinear deformation behavior with a recoverable strain of up to ∼3.4% in combination with a high strength of ∼1150 MPa, a low elastic modulus of ∼56 GPa and good ductility of ∼8%.
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CEO of Professional Science Editing for Scientists @ prosciediting.com