Metal-polymer laminates are used in several technological fields, with applications ranging from flexible electronics to food packaging and lightweight components for transportation sectors. Models of different complexity have been proposed to evaluate the overall performances of these materials. Models are also used to recover the adhesion properties of the plies, which are difficult to be characterized otherwise. The overall material responses resulting from different constitutive assumptions are examined in this paper.

Macroscopic Response and Decohesion Models of Metal-Polymer Laminates

BOLZON, GABRIELLA;
2017

Abstract

Metal-polymer laminates are used in several technological fields, with applications ranging from flexible electronics to food packaging and lightweight components for transportation sectors. Models of different complexity have been proposed to evaluate the overall performances of these materials. Models are also used to recover the adhesion properties of the plies, which are difficult to be characterized otherwise. The overall material responses resulting from different constitutive assumptions are examined in this paper.
metal foils
polymers
laminates
adhesion
failure
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1011865
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