Vliv chemické expozice na mechanické vlastnosti elastických materiálů z 3D tisku

Abstract

SEDLÁČEK, Filip. The Effect of Chemical Exposure on the Mechanical Properties of Elastomeric Materials from 3 D Printing. Ostrava, 2026, Bache-lor’s Thesis. Ostrava: VSB – Technical university of Ostrava, Faculty of Mechanical Engineering, Department of machining, assembly and engineering metrology., Thesis supervisor: Ing. Dominik Krišák

This bachelor's thesis deals with the experimental assessment of the influence of chemical exposure on the mechanical properties of elastomeric materials produced using additive manufacturing technologies. The theoretical part provides an overview of selected 3D printing methods used for the production of flexible materials and describes their basic properties. The experimental part focuses on the preparation of test specimens made from selected elastomeric materials, their exposure to chosen chemical substances, and the subsequent evaluation of changes in their mechanical properties. The mechanical properties of the materials are determined by tensile testing. The aim of this thesis is to evaluate how a chemical environment affects the mechanical behavior of elastomeric materials manufactured by 3D printing and to compare the obtained results with the values provided by material manufacturers.