Load Transfer Behaviors near the Spliced Joint of the Fiber Metal Laminates

섬유금속적층판 연결접합 부위의 하중전달 거동 연구

In this study, analytic stress-displacement solutions are obtained by using a shear lag modeling constructed for the spliced joint area with a splicing gap filled with adhesive material of elastic modulus $E_{a}$ in the fiber metal laminate (FML) which is known to have excellent fatigue, corrosion and fire-flame resistant characteristics while with relatively low densities compared to the conventional aluminum alloys for lightweight structures.