Add to ORKGProbability distributions of electric field and electric potential in two-phase particulate composite materials with spherical inclusions are found in the limit of small particle concentration. Additionally a method for the approximation of local fields within random statistically isotropic composites with a finite number of field fluctuations which retain potentiality is presented and an approximate solution with the variational principal for homogenization in statistical terms for three fluctuations within one phase and a homogeneous second phase is found
In conventional approaches to the homogenization of random particulate composites, the component pha...
Different predictive models-the Maxwell mean field approach, the differential effective medium schem...
International audienceThe role of a non-uniform distribution of heterogeneities on the elastic as we...
Probability distributions of electric field and electric potential in two-phase particulate composit...
The electric field fluctuation inside a two-phase anisotropic composite is studied when the composit...
The electric field inside a two-phase composite is studied when the composite sample is subjected to...
Suitable macroscopic quantities are identified and used to assess the field distribution within a co...
Most man-made as well as natural materials of interest in engineering and physical sciences are intr...
New variational principles are developed for the effective conductivity tensor for anisotropic two-p...
In conventional approaches to the homogenization of random particulate composites, both the distribu...
A multiscale characterization of the field concentrations inside composite and polycrystalline media...
International audienceThis work presents a means for extracting the statistics of the local fields i...
The composites made from two linear-isotropic-dielectric materials were discussed. It was found that...
The effective conductivity of random particulate material system is computationally investigated usi...
The work of this thesis concerns depolarization regions in the homogenization of random, particulate...
In conventional approaches to the homogenization of random particulate composites, the component pha...
Different predictive models-the Maxwell mean field approach, the differential effective medium schem...
International audienceThe role of a non-uniform distribution of heterogeneities on the elastic as we...
Probability distributions of electric field and electric potential in two-phase particulate composit...
The electric field fluctuation inside a two-phase anisotropic composite is studied when the composit...
The electric field inside a two-phase composite is studied when the composite sample is subjected to...
Suitable macroscopic quantities are identified and used to assess the field distribution within a co...
Most man-made as well as natural materials of interest in engineering and physical sciences are intr...
New variational principles are developed for the effective conductivity tensor for anisotropic two-p...
In conventional approaches to the homogenization of random particulate composites, both the distribu...
A multiscale characterization of the field concentrations inside composite and polycrystalline media...
International audienceThis work presents a means for extracting the statistics of the local fields i...
The composites made from two linear-isotropic-dielectric materials were discussed. It was found that...
The effective conductivity of random particulate material system is computationally investigated usi...
The work of this thesis concerns depolarization regions in the homogenization of random, particulate...
In conventional approaches to the homogenization of random particulate composites, the component pha...
Different predictive models-the Maxwell mean field approach, the differential effective medium schem...
International audienceThe role of a non-uniform distribution of heterogeneities on the elastic as we...