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Experimental And Numerical Behavior Of Plain Hybrid Fiber Metal Laminate Composites, Aiea A. Elhabak, Mostafa Shazly, Tarek A. Osman, Aly A. Khattab
Experimental And Numerical Behavior Of Plain Hybrid Fiber Metal Laminate Composites, Aiea A. Elhabak, Mostafa Shazly, Tarek A. Osman, Aly A. Khattab
Centre for Advanced Materials
This study presents an investigation to the mechanical properties of FML components under static axial and bending loads. Two types of Fiber Metal Laminates (FMLs), namely, FML 1 and 2 were considered in the present research. FML1 contains 4 layers of laminated glass/epoxy laminate while FML 2 contains two aramid fiber laminates that replaced the glass/epoxy laminates and adjacent to the inner metal layer. Experimental stiffness and strength are discussed and compared with the theoretical values. Under bending loads, two different end conditions are considered, free and fixed and the results both ends were compared. Finite Element Analysis (FEA) was …
Mechanical Behavior Of Aluminum Hybrid Laminates, Aiea A. Elhabak, Mostafa Shazly, Tarek A. Osman, Aly A. Khattab
Mechanical Behavior Of Aluminum Hybrid Laminates, Aiea A. Elhabak, Mostafa Shazly, Tarek A. Osman, Aly A. Khattab
Centre for Advanced Materials
This work has been dedicated to investigating the stiffness and strength of FML components under static axial and bending loads. There are two types of fiber metal laminates (FML) called Al3G4 and Al3G2K2 labeled according to the plate design. Al3G4 is Glare 3/2 -0.4 contains 4 layers of laminated glass/epoxy laminate. Al3G2K2, is a hybrid fiber laminate, has two aramid fiber laminates adjacent to the inner metal layer. Experimental stiffness and strength are discussed and compared with the theoretical data. The relationship between tensile and bending forces is discussed. Referred to the end bending condition, results of free end support …