This review compiles knowledge about the mechanical and structural performance of brittle
matrix composites. The overall philosophy recognizes the need for models that allow …

This paper reviews the most common state-of-the-art techniques—micro-bond, single-fibre
fragmentation and microdebond/micro-indentation—for measuring fibre/matrix adhesion in …

Different approaches to interface strength characterization in fibrous composite materials by
means of micromechanical tests are analyzed. Special attention is paid to single fiber pull …

Fatigue in ceramic matrix composites typically occurs when matrix cracks are present. It
proceeds by cyclic degradation of the sliding resistance of the interface. The basic …

This study seeks to establish a high-fidelity mesoscale simulation methodology that can
predict the progressive damage and resultant failure of carbon fiber reinforced plastic …

An exact theory is developed to describe the evolution of fibre fragmentation in a single-
filament composite test as a function of the underlying fibre statistical strength and …

Plasma treatment is frequently used to modify carbon fiber surfaces to improve adhesion of
the fiber to matrices although it may also influence carbon fiber tensile strength. In order to …

A theory to describe the evolution of multiple matrix cracking in brittle matrix composites is
presented. The theory is based on the similarity between multiple matrix cracking and fiber …

The single fibre fragmentation test for measuring the properties of the fibre–matrix interface
in fibre-reinforced composites is reviewed. Special emphasis has been paid to the recent …

Publisher Summary This chapter describes the stochastic damage evolution and failure in
fiber-reinforced composites. The accomplishments in the area of modeling of the mechanical …