The classical materials used in acoustics are fixed and their properties do not change. Therefore, in the final thesis, we focus on the main objective, which is to determine whether acoustic properties are linked to the variation of the geometry of the Miura origami pattern, introducing a new field of materials with variable and adaptable geometry. Throughout the study, we employed an experimental method, through which we demonstrated that by altering the structure, acoustic properties also change. However, these changes do not have a trivial connection with the Fourier transform of the surface or the frequency of the Helmholtz resonator.
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