Production and dynamic mechanical analysis of nylon 6.6 nanofiber reinforced epoxy nanocomposites

In this thesis, nano particle gadolinium oxide by arc discharge method and nano particle boron carbide by grinding method were produced. Electrospinning is pure N6.6, N6.6. 0.1% by weight of B4C reinforced N6.6 nano fiber, N6.6. 0.1% by weight of Gd2O3 reinforced N6.6 nano fibers and 0.05% by weight of N6.6 B4C, 0.05 % Gd2O3 reinforced nano fibers were produced. Afterwards, N6.6 nano felts produced from different reinforced materials were produced by hand laying method and 16 layers of nano composite material was repeated after epoxy on epoxy 16 times. In comparison, pure epoxy material was poured in the same dimensions and all of them were cured and the test specimens were ready. The characterization of nano-composite materials was investigated by Fourier transform infrared spectrometer (FT-IR) and scanning electron microscopy (SEM). For the characterization of nanomaterials, permeability electron microscopy (TEM), SEM, X-ray diffraction device (XRD) and energy distribution spectrometer (EDX) devices were used. In addition, the damage mechanisms of the fracture surfaces were investigated using SEM. Mechanical properties of nano-composite materials were determined by tensile test at Selçuk University and Dynamic Mechanical Analysis at Kocaeli University.When the drawing graphs are examined, it is determined that the elastic modulus of the nano composite materials increased in elastic modulus compared to the pure epoxy material. temperature increased by 1.01 %. Compared to pure N6.6 nano fiber reinforced composite material of the hybrid material, there was an increase of 1.02 %. It is seen that the glass transition temperature increases with the addition of N.6.6 nano fiber in the reinforced nano particles.