Review on Thermal analysis of Polymer Matrix Composites

Abstract

Natural fibers are widely used for reinforcement in composite materials and well tried to be effectively exchange fibre strengthened chemical compound composites to some extent in applications like domestic, automotive and lower finish region elements. A few explores have been investigated in last decades to research the conduct of natural fiber composites. The natural fibre strengthened composites are atmosphere friendly, have high strength to weight quantitative relation like artificial optical fiber strengthened composites. Deferential scanning calorimetry (DSC) and Thermogravimetric analysis (TGA) were used to evaluate the thermal properties. TGA is used to measure temperature change and mass loss of samples and DSC enables the measurement of glass transition temperature. This article presents an extensive study on the thermal properties of polymeric composites; the examination on polymeric composites is consistently in the phase of improving the properties.

Tribological Behaviour of Novel Green Resin Based Composites

“…The responses have been configured to minimize between the minimum and maximum readings, whereas the input parameters have been adjusted to a range between minimum and maximum values. The ideal condition with a desirability close to 1 was chosen among the list of optimum conditions when optimization was done using the desirability approach [50][51][52]. The results show that the best conditions are a load of 5 N, a speed of 3 m/s, a sliding distance of 1000 m, and the selection of sample 3, with a maximum desirability of 0.942.…”

Non Edible Oil-Based Epoxy Resins from Jatropha Oil and Their Shape Memory Behaviors

“…Moreover, the spectrum for EJO/MHPA polymer, displayed in Figure 3 d, showed a combination of both EJO and MHPA characteristics. A strong adsorption peak of C=O stretching of a carbonyl group present at 1735 cm −1 showed the formation of ester bonds between the MHPA and EJO [ 32 ]. Furthermore, the epoxy peaks also disappeared for EJO/MHPA polymer, confirming the formation of the bond.…”

Physical, optical, and mechanical properties of commercially available windshield glasses using various cars

“…Wang et al [4] analyzed the density and hardness of the windshield glasses with compositions and manufacturing parameters and conclude that the crack propagation and dynamic impact responses of the tempered laminated windshield are velocity-sensitive. Venkatakoteswararao et al [5] studied the thermal analysis of natural fiber which is used in making glass in automotive. There are a few examples in the literature of test parameters that have been adjusted to account for changing environmental conditions.…”