Abstract
1. A porous body model in which both equiaxed (spheres) and nonequiaxed (cylinders) material elements are considered leads to finite physical properties over the whole porosity range. 2. The porous body model proposed is appropriate both for powder and fiber porous bodies. 3. The physical properties (conductivity, modulus of elasticity) of powder and fiber porous bodies are similar at low porosities. At higher porosities (above 0.5), the properties of fiber materials are much higher than those of powder bodies; the stronger the dependence of a given property on porosity, the greater is this difference.
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