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For that purpose, material characterization is combined with material modeling.
In the first case, delamination is disregarded or implicitly included in the material modeling.
The examinations are performed both experimentally and by simulations using multiscale material modeling.
Understanding how grains in a bulk polycrystal interact will guide and improve material modeling.
The hysteretic behavior obtained by experiment will be used as an input in material modeling for finite element programs.
This paper concerns on the aluminum foam material modeling and identification of constitutive parameters at high strain rates.
A simplified material modeling approach with the Neo-Hookean material model was applied, and nonlinear geometry was accounted for.
The verified approach is then applied to a material modeling problem the stress strain time relationship of mudstones.
Similar(3)
The MMALE method utilizes Moment of Fluid (MOF) capability with interface reconstruction for multi-material modeling of immiscible fluids.
A level-set method is employed as an alternative approach to the popular homogenization-based methods of rule of mixtures for multi-material modeling.
The multi-material modeling utilizes either concentration equations for miscible fluids or the Volume Of Fluid (VOF) capability with interface reconstruction for immiscible fluids.
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