Experimental investigation on multi-layered filament wound basalt/E-glass hybrid fiber composite tubes

Abstract In this study, the mechanical damage of Basalt/E-glass hybrid fiber-reinforced polymer composite tubes was evaluated experimentally using Micro hardness on transverse direction, uni-directional static tensile loading, and Quasi-static compressive loading. The Burn-off test method has been studied for volumetric fraction tubes. multi-layer composed eight layers plies at constant fiber tension 20N, a mandrel rotation speed 45 RPM winding angle ±55° basalt ±90° E-glass were fabricated through 3-axis filament machine with seamless amalgamation stage by curing in furnace. Eleven tube arrangements content proportion {100%, 25:75%, 50:50% 75:25%} various stacking sequence studied. results provide that these property’s behavior moderately affected most time variation layer sequence. Adding 50% sharing BGH7 combination laminate placed outer side increases characterization compared to 25% 75% fiber. fractured fibrous matrix specimens assessed scanning electron microscope (SEM).