Abstract:

The development of 3D printing technology and the possibility of obtaining objects from polymeric materials with a diversified structure and mechanical properties necessitates conducting comprehensive research into printed structures and determining their basic mechanical parameters. Synthetic polymeric materials during their lifetime are sensitive to atmospheric factors and are subject to aging. The paper presents investigation results of the mechanical properties of printed structures with different density levels. The influence of UV radiation and elevated temperature on the mechanical parameters of specimens printed from different filaments was determined, estimating the usefulness of printed porous structures for possible applications in the textile industry.