MItoolsTM
MItoolsTM is a state-of-the-art software to determine the elastic properties of materials from resonant frequencies of test samples. It provides a user-friendly implementation the of the mixed numerical-experimental identitication approach together with range of tools to post-process the results, evaluate the uncertainty on the identified parameters, prepare and optimize the vibration test, etc. MItoolsTM is thus a fully featured software suite that can support you in handling all aspects of your material identification problems.
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Finite Element Modeling
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Finite element model of a beam shapes sample (left) and the fundamental torsional vibration mode (right).
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Mesh Generation
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Generating the mesh of an annular plate-shaped sample: the mesh definition dialog window (right) and the finite element model (left).
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Sensitivity Analysis
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Computing the sensitivity coefficients of the resonant frequencies of a plate-shaped specimen with respect to the elastic material parameters: the sensitivity matrix (left) and the finite element model (right).
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Pretest Analysis
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The cumulated modal displacement (CMD) plots to measure the fundamental flexural and torsional vibration modes simultaneously: optimal suspension locations (left) and optimal measurement locations (right).