Natural Fiber Reinforced Polymer Composites Under Low Temperature
Dr. Velmurugan Ganesan
Dr. V. Siva Shankar
Special Issue Information
Dear Colleagues,
Fiber-reinforced polymer composites are the major material utilized in many sectors, which has resulted in substantial characterization and knowledge of their behavior under atmospheric circumstances. Yet, there seem to be extremes both within and outside the Earth's atmosphere that require structures to operate at frigid (cryogenic) temperatures, in which the material's behavior might alter substantially. cruising altitude lightweight materials; support elements (struts and straps); and electromagnetic shielding for cryogenic superconductors and gadgets; Arctic exploratory constructions. The physical and mechanical characteristics of lignocellulosic composites are heavily influenced by matrix type, reinforcing fiber content and qualities, and fiber-matrix interaction. Improved fiber dispersion may be achieved by good component mixing and an appropriate compounding procedure.
We welcome researchers to submit original research and review papers that contribute to the understanding of the development of natural fiber-reinforced polymer composites under low temperatures, such as processing and characterizing natural fiber-reinforced polymer composites. We also invite researchers to submit publications on the characterization of diverse natural fibers.
Potential topics include, but are not limited to:
· Natural composite at cryogenic conditions
· Recent developments in natural fiber-reinforced polymer composites
· Manufacturing and characterization techniques related to natural fiber-reinforced polymer
· Nanocomposites
· Properties of natural fiber-reinforced polymer composites
· Properties and characterization of various natural fibers with nano fillers under low temperatures.
· Nanostructure of natural fibers and their nanocomposites
· Application of natural fiber and natural fiber-reinforced polymer composites