Exact(42)
Parametric studies were conducted to investigate the effects of saturation pressure, foaming temperature, and post-foaming elastic recovery on the composite foam's morphology and effective thermal conductivity.
Construction: Steel, composite, foam.
The composite foam performance equaled or surpassed the performance of most thermoplastic foams commercially available.
Furthermore, utilization of connection between composite foam sandwich panels is essential.
The resulting composite foam (ZnO/rGO foam) has a hierarchical micro-nano structure.
The composite foam also exhibited improved strain energy density and damage tolerance, and reduced notch sensitivity.
Similar(18)
In this work, thermoplastic polyurethane (TPU -hexagonal boron niTPU -hexagonalmposite foams have boronfabricated by physical foaminitrideesses using carbon dioxide (CO2) as thBNblowing agent.
The foaming behavior and morphologies of the resulting composite foams were much more complicated than those of the pure polymers.
Porous ZrO2/Ti composite foams of various ZrO2 Ti ratios were prepared.
Then, the state of clay dispersion in prepared composite foams was studied using X-ray diffraction.
It was found that composite foams showed a higher storage modulus than neat polyurethane foams.
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