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This paper presents an identification method for material parameters using the observational boundary conditions and the wavelet analysis.
Using an FE-solver the surface temperatures of the satellite can be derived with geometry and material parameters using heat sources/sinks as constraints.
The authors proposed an efficient identification method of the material parameters using an optimization technique, showing its applicability through numerical studies in a previous work.
A method based on the finite time-increment formulation was used to calculate the material parameters using a simple fitting routine.
After verifying the validity of this approach using synthetic data sets, it is applied to the identification of material parameters using experimental results from electromagnetic tube forming.
The model also estimates two crucial in situ material parameters using these measurements, which cannot be obtained from bulk tests: the frictional threshold of the interface, and the in situ yield point of the matrix.
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The material parameters used in the test are shown in Table 2.
The material parameters used in this work can be found in[16] and the references therein.
The material parameters used in the simulations are listed in Table 1.
The material parameters used in the simulation process are summarized in Table 2.
Geometrical and material parameters used are relevant to the "axial transmission technique" (ATT) setup.
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