The Master's thesis explores the process of numerical modeling of a hyperelastic material using uniaxial stress test data and dynamic mechanical analysis, specifically in the case of pre-tensioned hyperelastic material. In the thesis, static and dynamic numerical simulations of the assembly were performed using the finite element method. We monitored the influence of the mounting of two different samples on the equivalent Young's modulus of the elastomer washer. The results were validated against measurements from experimental modal analysis on a shaker.
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