Add to ORKGThe roles of multiaxial loading and creep in compressive failure of aligned fiber composites are considered. Analytical models are developed based on the model given b
The inelastic response of fiber-reinforced ceramic and metal matrix composites under fixed load at e...
The longitudinal compressive response ofunidirectional high-stiffness carbon fibres radially confine...
Unidirectional carbon fiber composites were tested under multi-axial loading conditions including te...
The compressive failure behavior of defected periodic fiber-reinforced composites subjected to macro...
Abstract--A constitutive model that accounts for the effects of fiber failure on the high temperatur...
International audienceThis paper revisits the modeling of compressive failure of long fiber composit...
ABSTRACT: Compressive failure of many carbon-fiber composites is generally believed to occur as a re...
Predicting compressive failure of a unidirectional fibrous composite is a longstanding and challengi...
Understanding the mechanisms of failure of composite structures and developing mechanism based failu...
The increasing use of fiber reinforced polymer composites (FRPC) in civil and military applications ...
ABSTRACT: A new approach to compressive strength modeling of fibrous composites, that bridges the mi...
The analytical models to study the behaviour of unidirectional (UD) composites under compressive loa...
Abstract—This study investigates the numerical simulation and theoretical modeling of longitudinal c...
ABSTRACT: Tests were performed to measure the failure loads of axially compressed glass-fiber-reinfo...
Dynamic compressive strength of off-axis fiber composites in the form of fiber microbuckling was stu...
The inelastic response of fiber-reinforced ceramic and metal matrix composites under fixed load at e...
The longitudinal compressive response ofunidirectional high-stiffness carbon fibres radially confine...
Unidirectional carbon fiber composites were tested under multi-axial loading conditions including te...
The compressive failure behavior of defected periodic fiber-reinforced composites subjected to macro...
Abstract--A constitutive model that accounts for the effects of fiber failure on the high temperatur...
International audienceThis paper revisits the modeling of compressive failure of long fiber composit...
ABSTRACT: Compressive failure of many carbon-fiber composites is generally believed to occur as a re...
Predicting compressive failure of a unidirectional fibrous composite is a longstanding and challengi...
Understanding the mechanisms of failure of composite structures and developing mechanism based failu...
The increasing use of fiber reinforced polymer composites (FRPC) in civil and military applications ...
ABSTRACT: A new approach to compressive strength modeling of fibrous composites, that bridges the mi...
The analytical models to study the behaviour of unidirectional (UD) composites under compressive loa...
Abstract—This study investigates the numerical simulation and theoretical modeling of longitudinal c...
ABSTRACT: Tests were performed to measure the failure loads of axially compressed glass-fiber-reinfo...
Dynamic compressive strength of off-axis fiber composites in the form of fiber microbuckling was stu...
The inelastic response of fiber-reinforced ceramic and metal matrix composites under fixed load at e...
The longitudinal compressive response ofunidirectional high-stiffness carbon fibres radially confine...
Unidirectional carbon fiber composites were tested under multi-axial loading conditions including te...