This paper is devoted to issues related to strength determination and prediction of destructive processes of composites; these issues enable determining the limits of safe use of a product and to recognize when limits are reached. The model that was developed and is presented in this paper enables to describe not only the predictable strength of unidirectional composites, but also the character of the destruction, taking into account the fiber stress and/or ultimate strain distribution
Despite the crucial significance of failure prediction in composites, such an objective remains chal...
Fiber-reinforced composite materials have found increasing industrial applications in the last decad...
This work presents an analytical model to predict the strength of the unidirectional carbon epoxy co...
This paper is devoted to issues related to strength determination and prediction of destructive proc...
The ultimate behaviour of fiber reinforced composites is frequently described by phenomenological fa...
Some aspects of a problem mechanical, mainly, impact damage of a composite material and their influ...
A simple mathematical model for predicting the crushing stress of the composite materials is present...
Tensile strength data obtained from measurement of small test specimens cannot be easily extrapolate...
Abstract: A simple mathematical model for predicting the crushing stress of composite materials was ...
Damage and failure of fiber composites is a complex process the prediction of which requires adequat...
A simple method for predicting the uniaxial compression strength of laminated composites containing ...
International audienceA model to predict the effects of the accumulation of fibre breakages in unidi...
International audienceIn order to improve the testing and design of filament wound composite structu...
A model for predicting composite material strength degradation under elevated and high temperatures ...
Numerical analysis of the elastic stress state of composite at low-speed impact is carried out. The...
Despite the crucial significance of failure prediction in composites, such an objective remains chal...
Fiber-reinforced composite materials have found increasing industrial applications in the last decad...
This work presents an analytical model to predict the strength of the unidirectional carbon epoxy co...
This paper is devoted to issues related to strength determination and prediction of destructive proc...
The ultimate behaviour of fiber reinforced composites is frequently described by phenomenological fa...
Some aspects of a problem mechanical, mainly, impact damage of a composite material and their influ...
A simple mathematical model for predicting the crushing stress of the composite materials is present...
Tensile strength data obtained from measurement of small test specimens cannot be easily extrapolate...
Abstract: A simple mathematical model for predicting the crushing stress of composite materials was ...
Damage and failure of fiber composites is a complex process the prediction of which requires adequat...
A simple method for predicting the uniaxial compression strength of laminated composites containing ...
International audienceA model to predict the effects of the accumulation of fibre breakages in unidi...
International audienceIn order to improve the testing and design of filament wound composite structu...
A model for predicting composite material strength degradation under elevated and high temperatures ...
Numerical analysis of the elastic stress state of composite at low-speed impact is carried out. The...
Despite the crucial significance of failure prediction in composites, such an objective remains chal...
Fiber-reinforced composite materials have found increasing industrial applications in the last decad...
This work presents an analytical model to predict the strength of the unidirectional carbon epoxy co...