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In this work multi-scale homogenization approaches for porous electrodes are developed and compared.
Firstly, the effective material parameters, which include some new material parameters, are obtained based on improved multi-scale homogenization techniques.
The agreement between the results of the experimental tests and the multi-scale homogenization method illustrates the validation of the multi-scale homogenization method to evaluate the effective mechanical properties of the 2-D Cf/Mg composites.
Macro-scale parameters such as forging rates are linked with microstructure deformation using boundary conditions drawn from the theory of multi-scale homogenization.
In this paper, a stochastic homogenization method that couples the state-of-the-art computational multi-scale homogenization method with the stochastic finite element method, is proposed to predict the statistics of the effective elastic properties of textile composite materials.
Static problems for the elastic plates and rods periodically perforated by small holes of different shapes are solved using the asymptotic approach based on the combination of the asymptotic technique and the multi-scale homogenization method.
Static and dynamic problems for the elastic shallow shells periodically perforated by a large number of small holes of different shapes are solved using the asymptotic approach based on the combination of the asymptotic technique and the multi-scale homogenization method.
The effective elastic properties of the 2-D Cf/Mg composites are numerically predicted by using a multi-scale homogenization method: the RVE based FE homogenization method at the macro-scale coupling the D-I mean-field homogenization model at the micro-scale.
"Macrotransport Processes," coauthored with David A. Edwards in 1993, covers multiple length- and time-scale homogenization schemes.
To achieve this objective, a two-scale homogenization method is elaborated.
This work presents a two-scale homogenization procedure to analyze three dimension composite structures by FEM.
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