Sentence examples for mean field homogenization from inspiring English sources

The phase volume fractions and elastic properties are used in multi-step mean field homogenization (Mori–Tanaka and double inclusion) models to determine the homogenized macroscale elastic modulus of the composite.

Since Ti-61.8at.%Al is a single crystal alloy, two basic aspects of mean field homogenization have been simplified.

The overall behaviour of the ferrite martensite composite is then evaluated using a mean field homogenization method.

The stress and strain partitioning between the different phases of transformation-induced plasticity (TRIP -aided mulTRIP -aidedels is evaluated using a multiphase homogenization approach.

The main contribution of this work lies in the detailed comparison of the predictions of linear elastic properties of mean field homogenization approaches and full field, voxel-based homogenization methods for short-fiber reinforced materials.

Periodic boundary condition for the representative volume element (RVE) model of the 3D braided composite is required to predict the braided composite properties in the framework of mean field homogenization.

Scale transition is achieved with nonlinear mean-field homogenization.

Mean-field homogenization of these composites involves volume and orientation averaging.

Experimental results were further investigated using a mean-field homogenization scheme combined with local fracture criteria.

We present general schemes for the prediction of the effective properties based on mean-field homogenization.

The stress and strain partitioning into the austenite and martensite phases are formulated using a mean-field homogenization approach.