By using the spin assisted layer-by-layer technique, the graphene oxide/silk fibroin based bionanocomposites were manufactured. The water vapor annealing process was employed in order to enhance the interfacial properties between the graphene oxide an...
By using the spin assisted layer-by-layer technique, the graphene oxide/silk fibroin based bionanocomposites were manufactured. The water vapor annealing process was employed in order to enhance the interfacial properties between the graphene oxide and silk fibroin. Moreover, the mechanical properties of the graphene oxide-based nanocomposites were found to be influenced by the water vapor annealing process. The mechanical properties of the graphene oxide-based nanocomposites can be improved by water vapor annealing process. In order to understand the details of the mechanical behaviors of the graphene oxide-based nanocomposites, the finite element analysis models of the graphene oxide-based nanocomposites were established.