sheets and composite laminates; in this way a new hybrid material is obtained: the FML (Fibre Metal Laminate). In the present paper, an analysis of the influence of both composite/metal interface and layer thickness on ILSS (InterLaminar Shear Strength) of a carbon fibre composite and aluminium FML is presented. In particular, two different interfaces were studied: one obtained with a structural adhesive and the other with the prepreg resin; as concerns the layer thickness, both one and two aluminium sheets were considered in laminate stacking, maintaining constant the metal/composite volume ratio. The produced laminates were tested following the short beam three-point bending standard, in such a manner the ILSS propert
Influence of structural characteristics on the interlaminar shear strength of CFRP/Al fibre metal laminates
C. Bellini
;V. Di Cocco;F. Iacoviello;L. Sorrentino
2019-01-01
Abstract
sheets and composite laminates; in this way a new hybrid material is obtained: the FML (Fibre Metal Laminate). In the present paper, an analysis of the influence of both composite/metal interface and layer thickness on ILSS (InterLaminar Shear Strength) of a carbon fibre composite and aluminium FML is presented. In particular, two different interfaces were studied: one obtained with a structural adhesive and the other with the prepreg resin; as concerns the layer thickness, both one and two aluminium sheets were considered in laminate stacking, maintaining constant the metal/composite volume ratio. The produced laminates were tested following the short beam three-point bending standard, in such a manner the ILSS propertI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
