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We presented a two-scale modeling approach for irregular cellular solids.
Cellular solids are usually treated as homogeneous continuums with effective properties.
Cellular solids are remarkably strong structures built from seemingly fragile materials.
Cellular solids can deform by either the bending or stretching of the cell walls.
Along with theoretical exploration of voids we provide real-world applications of designed cellular solids.
Cellular solids such as foams are widely used in engineering applications.
Many useful properties of cellular solids are a direct consequence of their microstructure.
The impact is induced by the fragments of a cased charge explosion in near field, sufficiently high to progressively crush the cellular solids from the loading part, regardless of the density variation of the cellular solids.
Such cellular solids derived from renewable resources were investigated before and after carbonisation, the latter leading to glasslike carbon foams.
A hybrid strategy based on artificial neural network/genetic algorithms is suggested to optimize the mechanical properties of cellular solids.
Most cellular solids are random materials, while practically all theoretical structure-property results are for periodic models.
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