Highlighting the properties of polymer composites is a complex process given their great diversity and wide range in which characteristics could vary. An Artificial Neural Network model for predicting tensile strength was designed using LabVIEW software. The proposed developed randomly reinforced polymeric composite materials with 30%, 40% 50% fiber-glass. Volume fraction glass fibre has repres...

Practical applications of conducting polymers such as polyaniline as membranes are particulary limitedbecause of their poor mechanical properties. However by mixing polyaniline with some conventional insulatingpolymers such as nylon and preparation composite films through solvent casting or blending, it seems to be asuitable way in order to increase the mechanical properties of the conducting p...

Polymeric nanoparticles are highly important functional nanomaterials for a large range of applications from therapeutics to energy. Advances in nanotechnology have enabled the engineering multifunctional polymeric with variety shapes and inner morphologies. Thanks its inherent simplicity, nanoprecipitation technique has progressively become popular approach construct precise control nanostruct...

The idea of using small molecules instead of polymers for next generation lithography may enable improved resolution and line edge roughness (LER). Rather than using polymeric materials, we are focusing on a new class of materials known as molecular glasses (MGs). These are low molecular weight organic materials that demonstrate high glass transition temperatures (Tg) despite their modest size....

Hybrid composites have been drawing the attention of researchers in field because their high flexibility to tailor properties through fibers hybridization. The behavior hybrid is dependent on nature, amount, processing parameters, among other each reinforcing fiber and polymeric resin. glass fiber/vegetable reinforced polymer combine performance synthetic with ecological appeal vegetable ones. ...