Abstract
Additive manufacturing of composite materials has a high degree of structural strength, which aids in the production of geometrically more complex shapes of components. This paper aims to investigate the crack propagation in the case of eccentric tension, to compare the Von - Mises stresses for the different materials, and to evaluate the stress intensity factor, which will provide a basis for further experimental measurements. In solving the simulations, three different materials were compared with each other, with emphasis on the comparison of carbon fiber reinforced Onyx and aluminum alloy materials. Crack propagation was monitored by simulations in Ansys using the Smart command.
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