Among geopolymer composites, the ambient cured geopolymer (AGP) composite exhibited much higher deflection capacity at peak load than heat cured geopolymer (HGP) under three-point load.
The sintered fly ash has been used along with alkali activator for developing the construction composite at ambient temperature.
It can be seen in the experiment that the measured compressive strength of basalt fibre composite at ambient temperature is lower than its carbon fibre counterpart.
Although the ductility and toughness of these composites at ambient temperatures is improved by the B doping, those of Ni3Al composites drastically decrease at intermediate temperatures due to dynamic oxygen embrittlement, deterioration of grain boundary cohesion and unique behavior of dislocations.
Interactions of CO2 with polymer derived carbon/rGO composites at ambient conditions were studied.
While microstructural damage controls the instability strain of the interconnected composites at ambient temperature, their low strain-hardening coefficient is the main contribution to flow instabilities at elevated temperature.
The stress sensitivity of two aramid fiber optical phonons at 1611 and 1648 cm−1 has been employed to conduct stress as well as interface measurements in aramid/epoxy resin composites at ambient and elevated temperatures (60 100°CC).
In this study, a powder metallurgy processing technique combined with rapid microwave sintering was used to synthesise carbon nanotubes (CNTs) filled AZ61 magnesium alloy composites under ambient conditions, without recourse to any secondary process.
The efficiency of BMAT and N-acryloyl-N′-phenylpiperazine as activators in the redox initiated copolymerization of Bis-GMA in dental composites at ambient temperatures was found to be comparatively low.
Nevertheless, irrespective of the origin of quantized conductance, phenomena related to quantized conductance in graphene composites at ambient temperatures are desirable since they would provide added freedom, on the one hand, to investigate finer features of quantized conductance, and on the other, to develop graphene-based applications of quantum technologies, be it as devices or memory cells.
