Mechanical Behavior of Hybrid Laminated Nano Composite Containing Equal Numbers of Glass and Carbon Fiber Plies

Hybrid fiber reinforced polymer with nanofiller composite was introduced into a lot of industries due to its extreme mechanical properties in comparison non-hybrid material. In this investigation, cross and quasi-fiber laminated epoxy composites without nano Al2O3 were fabricated using Vacuum Assisted Resine Infusion Method Ultrasonic Dual Mixing Method. general, the results indicated that addition 2% enhances tensile flexural properties. Cross number 2 laminate had maximum strength 628 MPa strain 1.74%, while 1 modulus 37.756 GPa group. quasi group, strength, strain, modulus, equal 294 MPa, 1.98%, 16.409 GPa, respectively. Regarding properties, 708.2 2.027%, 38.73 On other hand, 596 2.424%, 29.2 respectively The internal structures failure through scanning electronic microscopy confirm adhesion between fibers matrix is good.