A parameter estimation procedure for poroelastic materials is numerically evaluated.
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The parameter estimation relies on global optimization methods and a Kundt tube setup.
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A sensitivity study to the parameters of the poroelastic material is performed.
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A robust procedure is developed and validated with respect to measurement noise.
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An efficient Wave Based model is used for the simulation of clamped poroelastic material samples.
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An efficient Wave Based model is used for the simulation of clamped poroelastic material samples.
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