Jazz ZONG ← 863 B/s 44% 3:31 PM 1 of 1 Project #1 Analyze an Epoxy 3501-Kevlar 49 fiber composite and an epoxy 3501-E-glass composite 1) Derive the relationship to convert volume of fiber from the weight of fiber 2) Plot the volume fraction versus weight fraction of fiber 3) Plot the density of composite as a function of volume fraction of the fiber 4) Plot the density of composite as a function of weight fraction of the fiber 5) Derive the relationship for El as a function of volume fraction 6) Plot El as a function of volume fraction of fiber 7) Plot specific El as a function of volume fraction of fiber 8) Derive the relationship for E2 as a function of volume fraction 9) Plot E2 as a function of volume fraction of fiber 10) Plot the modified Halpin-Tsai E2 as a function of volume fraction of the fiber 11) Plot specific modified Halpin-Tsai E2 as a function of volume fraction of the fiber 12) Derive the relationship for G12 as a function of volume fraction 13) Plot G12 as a function of volume fraction of the fiber 14) Plot the modified Halpin Tsai G12 as a function of volume fraction of the fiber 15) Plot specific modified Halpin Tsai G12 as a function of volume fraction of the fiber 16) Derive the relationship for major Poisson ratio of composite as a function of volume fraction 17) Plot the major Poisson ratio of composite as a function of volume fraction of the fiber 18) Plot the minor Poisson ratio of composite as a function of volume fraction of the fiber Summarize your observations on a) the impact of fiber anisotropy on the E1, E2 results b) the impact of fiber density on the specific moduli c) for a fixed fiber volume fraction of 60%, compare the specific E1, E2, G12 and nu12 for both composites. d) If you had to replace a part made of aluminum with one of these composites, could you? What would be the benefit if any? Attachment_1568626493.png Δ ப 591 kB