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The work presented in this paper investigates size effects in 2D-scaled (in-plane dimensions) FMLs based on a self-reinforcing polypropylene composite and aluminum. Two different scaling approaches are adopted in this study, these being ply-level scaling using laminates with a stacking sequence of [Al n , 0°/90° n ] s  and sublaminate-level scaling involving a stacking sequence of [Al, 0°/90°] ns  where n =¼, ½, ¾ and 1, representing the increase of in-plane dimensions. An apparent increase in strength for ply-level specimens was observed with scale size while sublaminate-level scaling did not present scaling effects.

A Comparison of Ply-Level and Sublaminate-Level Scaling Offibre-Metallaminates with In-Plane Dimensions