Open Access Research Article

The Resistance to Fracture Determination for Composite Plates with Random Distribution of Reinforcement

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Abstract

In this paper we introduce a formula for the calculus of resistance to fracture for the composite plates with a random reinforcement’s distribution. Also, we give a formula for the calculus of upper limit of resistance to fracture for the composite plates, described as depending on the volumetric proportion of reinforcement. As applications, we give the variation of resistance to fracture depending on the volumetric proportion for two types of composite materials and, in addition, we determine the characteristic curves and the resistance to fracture for a traction test considering the two composite materials. Keywords: composite materials, strength to rupture, traction

How to Cite this Article

(2008). The Resistance to Fracture Determination for Composite Plates with Random Distribution of Reinforcement. Materiale Plastice, 45(4).
. The Resistance to Fracture Determination for Composite Plates with Random Distribution of Reinforcement. Materiale Plastice. 2008;45(4).
, "The Resistance to Fracture Determination for Composite Plates with Random Distribution of Reinforcement,” Materiale Plastice, vol. 45, no. 4, 2008.
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