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material is simulated by coupling a finite element model of microstructural deformation with a Monte Carlo simulation of recrystallization.
The degradation of the solder material is simulated using Garofalo-Arrhenius creep model.
Damage of the material is simulated by replacing the most stressed particles by voids.
On the basis of these trajectories, the functionally graded material is simulated by means of the finite element method (FEM).
The body of heterogeneous concrete material is simulated as a continuum comprising a large population of microscopic "weakest-link" elements.
The mechanical behavior of SFRC material is simulated and a good agreement with the test data is observed.
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For the 'soil' substrate type, a 5 cm cap of organic material was simulated (see Kearney et al.29).29
Finally different reactor dimension and wall material are simulated.
Firstly, the RAP material was simulated in the laboratory using the asphalt long-term aging procedure.
The behaviour of the rammed earth material was simulated using a total strain rotating crack model.
In this study, upland placement of marine dredged material was simulated using a mesocosm experiment.
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