Theoretical and Experimental Approaches Specific to Monolayer Composite Plates Obtained from Urban and Industrial Recycled Plastic Wastes and Proteic Fibres

摘要

This paper addresses the theoretical and experimental mechanical properties of specific to monolayer composite plates produced from urban and industrial recycling wastes with elastomeric matrix and fibrous protein reinforcement (leather, textile). Defining the theoretical model of composite material with its structural elements, as well as evaluating physical and mechanical characteristics essential to its default drive to an optimal and efficient design of all products made from such materials. By determining the theoretical and experimental parameters with maximum precision, which affects the properties of the composite structure, it is decided its use in specific technical industrial applications.