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Modeling of the mechanical behavior of fiber-reinforced ceramic matrix   composites (CMC) is presented by the example of Al2O3 fibers in an alumina   based matrix. The starting point of the modeling is a substructure   (elementary cell) which includes on a micromechanical scale the statistical   properties of the fiber, matrix and fiber-matrix interface and their   interactions. The numerical evaluation of the model is accomplished by means   of the finite element method. The numerical results of calculating the   elastic modulus of the composite dependance on the quantity of the fibers   added and porosity was compared to experimental values of specimens having   the same composition. [Projekat Ministarstva nauke Republike Srbije, br.   ON174004 i TVH to project III45012

Modeling of the mechanical behavior of fiber-reinforced ceramic composites using finite element method (FEM)