In addition, comparison with other types of composite slabs using the same profiled steel sheeting was also carried out.
In fact, while there has been extensive study over the past couple of decades of the potential offered by such reinforcement (in both MMCs and other types of composite system), caveats are identified here concerning expected property combinations, particularly in terms of the toughness of such composites.
Other types of composite shapes have diverging and doubled crests, either resulting from the splitting of an initial DB or rather from the merging of two DBs with different orientation.
Since the first demonstration of BaTiO3 NPs-based NCG device, many research groups proposed other type of composite-based nanogenerators composed of various piezoelectric materials such as ZnO, PZT, and alkaline niobate particles using the NCG technique [26, 27, 29], due to the advantage of highly-efficient and large-area energy harvesters with simple and low-cost process.
Moreover, in contrast to many other types of α-Fe2O3/SnO2 composites reported previously, gas sensors based on the bilayer hollow spheres here exhibited ultra-fast response and recovery speed.
The results of this work will make possible the development of improved constitutive models for magneto-active elastomers, and other types of smart composite materials that are susceptible to externally applied torques.
With heat dissipation rate of 6 W, it has been found that 75 g paraffin/expanded graphite composite with melting temperature of 54 °C kept the heat source temperature under the highest safe limit for around 13,000 s, providing the longest temperature retardation time in comparison to other types of paraffin/expanded graphite composites.
This study reports a simple acid wash treatment for separating defect-free Fe3O4 core@Au shell MNPs from other types of Fe3O4-Au composite NPs (i.e., malformed structures and incomplete core/shell MNPs) (Figure1).
The strains in the internal and external reinforcement and the longitudinal elongation of the strengthened beams were examined, and a comparison with other types of fiber reinforced composite was also discussed.
PE-treated CBG can be considered as an appealing matrix for cell-based site-specific bone regeneration and PE-treatment may as well be an attractive disinfection method for other types of porous mineralized composite scaffolds engineered for regenerative therapy of hard tissue.
