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The interface in a composite plays an important role in enhancing compatibility of the fibers and the matrix. This paper models the AFP process at meso- and micro-scale using finite element and molecular dynamics methods. Furthermore, the molecular model of the interface is established using molecular dynamics method. Interface adsorbability and resin fluidity along the interface are, respectively, evaluated under different processing parameters using adsorption energy and diffusion coefficient. Finally, the use of gray correlation analysis method reveals the correlation between processing parameters and interface mechanical parameters. The results are verified by measurements of interlaminar shear strength and flexural strength.

Multi-scale analysis of interface characteristics for CFRPs made by automated fiber placement