An aluminium (Al 2024T3) matrix composite reinforced with continuous alumina (Al2O3) fibres is investigated under tensile off-axis constant macro stress and thermal cyclic loading. The micromechanical approach to modelling and three different fibre cross-section geometries have been employed. The effect of creep is included by considering three dwell times at the peak temperature of the thermal loading history. The presence of the hold time gives rise to different sources of failure such as cyclic enhanced creep and creep ratchetting. These failure mechanisms are carefully discussed and assessed. The linear matching method framework has been used for the direct evaluation of the crucial parameters for creep-fatigue crack initiation assessme...
(Received 9 August 1999; accepted 21 October 1999)A uni-dimensional micro-mechanical model for therm...
The accurate assessment of creep-fatigue interaction is an important issue for industrial components...
Experimental and theoretical approaches are used to characterize the thermomechanical deformation be...
An aluminium (Al, 2024T3) matrix composite reinforced with continuous alumina (Al2O3) fibres is inve...
An aluminium (Al 2024T3) matrix composite reinforced with continuous alumina (Al2O3) fibres is inves...
Metal Matrix Composite (MMC) represents a valuable option as structural material for different type ...
This work investigates the cyclic plastic behavior of continuous fiber-reinforced aluminum matrix co...
The mechanical behaviour of Metal Matrix Composites (MMCs) subjected to a high temperature and cycli...
This paper investigates the cyclic plastic behavior of continuous fiber-reinforced aluminum matrix c...
In the present work, the creep behavior of a metal-matrix-composite was investigated under thermal c...
In this study, a unified mean-field micromechanical model was applied to analysis of thermal-cycling...
The transverse properties of an aluminum alloy metal matrix composite reinforced by continuous alumi...
The paper describes a method of characterising the behaviour of an idealised particulate metal matri...
The present review work elaborates the behaviour of aluminium matrix composites (AMCs) under various...
The creep rupture life of an Al/Al2O3 composite and its creep behavior were studied. The metal matri...
(Received 9 August 1999; accepted 21 October 1999)A uni-dimensional micro-mechanical model for therm...
The accurate assessment of creep-fatigue interaction is an important issue for industrial components...
Experimental and theoretical approaches are used to characterize the thermomechanical deformation be...
An aluminium (Al, 2024T3) matrix composite reinforced with continuous alumina (Al2O3) fibres is inve...
An aluminium (Al 2024T3) matrix composite reinforced with continuous alumina (Al2O3) fibres is inves...
Metal Matrix Composite (MMC) represents a valuable option as structural material for different type ...
This work investigates the cyclic plastic behavior of continuous fiber-reinforced aluminum matrix co...
The mechanical behaviour of Metal Matrix Composites (MMCs) subjected to a high temperature and cycli...
This paper investigates the cyclic plastic behavior of continuous fiber-reinforced aluminum matrix c...
In the present work, the creep behavior of a metal-matrix-composite was investigated under thermal c...
In this study, a unified mean-field micromechanical model was applied to analysis of thermal-cycling...
The transverse properties of an aluminum alloy metal matrix composite reinforced by continuous alumi...
The paper describes a method of characterising the behaviour of an idealised particulate metal matri...
The present review work elaborates the behaviour of aluminium matrix composites (AMCs) under various...
The creep rupture life of an Al/Al2O3 composite and its creep behavior were studied. The metal matri...
(Received 9 August 1999; accepted 21 October 1999)A uni-dimensional micro-mechanical model for therm...
The accurate assessment of creep-fatigue interaction is an important issue for industrial components...
Experimental and theoretical approaches are used to characterize the thermomechanical deformation be...