Its specific goal is to bridge the gap between the two methods and to identify the key microstructural parameters affecting overall elastic stiffness of heterogeneous materials.
Predicting the overall behavior of heterogeneous materials, from their local properties at the scale of heterogeneities, represents a critical step in the design and modeling of new materials.
Use computer-controlled milling machines to fabricate bas-reliefs, using substrates of heterogeneous materials.
Finally, the use of the NIGFEM in the computational analysis of heterogeneous materials is discussed.
The classical homogenization method has been widely adopted to capture the effective behaviors of heterogeneous materials.
This paper presents a multiscale numerical technique for vibration analysis of heterogeneous materials.
This paper is concerned with causality of the gradient elasticity models of heterogeneous materials.
Mechanical behavior of heterogeneous materials such as thin-film microelectro- mechanical systems (MEMS) materials and advanced filamentary composites, with particular emphasis on laminated structural configurations.
Composite materials, colloidal suspensions, porous media, polymer blends, polycrystalline materials, cracked solids, soils, foams, slurries, and biologic media, all examples of heterogeneous materials, are examined.
The museum's own "Cutting Device: Base Plate Measure" of 1969 consists of an assemblage of heterogeneous materials (lead, wood, stone and steel) into which two parallel cuts have been made and the results strewn around in a chance configuration.
This dimension reduction approach has been a most widely used computational approach for efficient simulation of heterogeneous materials.
