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Based on the absorption coefficients, laboratory tests using a 1 10 scale model of the test specimens were designed.
A corresponding finite element model of the test setup was used to analyze contact variables in greater detail.
Response simulations using a two-dimensional analytical model of the test frame are compared with the experimental results.
The dynamic experiment was designed by finite element analysis, using an axis-symmetric elastic model of the test setup.
The wind tunnel pressure data was then converted into appropriate boundary conditions for an indoor CFD airflow model of the test house.
The global behaviour predicted by the finite element (FE) model of the test arrangement was in close agreement with the experimental results.
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A linearized model of the testbed is derived for control design.
The interpretation of atomic force microscopy-based indentation tests, however, is highly dependent on the use of an appropriate theoretical model of the testing configuration.
b: The validation of the model on the testing data set.
This leads to a satisfactory modeling of the test results.
Simple finite element models of the test were also developed.
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