Rami Haj
Delicate tissue can be seen as a complex composite construction supported with various collagen fiber frameworks used to control the by and large mechanical properties. The target of this review was to fabricate, test and model the mechanical way of behaving of a multidirectional collagen built up composite material framework. With that in mind, novel bio-composite develops were manufactured from long collagen filaments supported polyacrylamide-alginate (PAAm-Alg) network. The collagen filaments were adjusted in multi-bearings inside flimsy roundabout network plates. The develops were braced and exposed to flexure utilizing an inflexible circular indenter. Three layered limited component (FE) models were produced with continuum and shaft components addressing the framework and filaments, individually. The hyperelastic conduct anticipated by the adjusted FE models was approved in light of the consequences of one tried design. The new bio-motivated composites can be custom-made to produce comparable mechanical way of behaving of local tissues. The FE model can be utilized to plan future complex builds for delicate tissue substitutes.
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