A computational model is presented to analyze intergranular creep crack growth in a polycrystalline ...
High-temperature creep rupture of polycrystalline materials involves a number of physical mechanisms...
In this paper, a multiscale modelling strategy is used to study the effect of grain-boundary sliding...
AbstractA micromechanical model of creep induced grain boundary damage is proposed, which allows for...
In polycrystalline materials at elevated temperatures subjected to stationary loading, creep fractur...
Abstract-This paper is concerned with a micromechanical investigation of intergranular creep failure...
This paper is concerned with a micromechanical investigation of intergranular creep failure caused b...
A new numerical method is proposed to simulate intergranular c eep fracture in large polycrystalline...
A computational model is presented to analyze intergranular creep crack growth in a polycrystalline ...
Previous studies demonstrate that grain-boundary sliding could accelerate creep rate and give rise t...
This paper deals with a study of intergranular failure by creep cavitation under stress-controlled c...
In this work, the grain-boundary cavitation in polycrystalline aggregates is investigated by means o...
A new computational model is presented to analyze intergranular creep crack growth in a polycrystall...
A plane strain unit cell model containing a periodic array of hexagonal grains is used to analyse cr...
A polycrystalline aluminum sample with a quasi-2D single layer of coarse grains is plastically defor...
A computational model is presented to analyze intergranular creep crack growth in a polycrystalline ...
High-temperature creep rupture of polycrystalline materials involves a number of physical mechanisms...
In this paper, a multiscale modelling strategy is used to study the effect of grain-boundary sliding...
AbstractA micromechanical model of creep induced grain boundary damage is proposed, which allows for...
In polycrystalline materials at elevated temperatures subjected to stationary loading, creep fractur...
Abstract-This paper is concerned with a micromechanical investigation of intergranular creep failure...
This paper is concerned with a micromechanical investigation of intergranular creep failure caused b...
A new numerical method is proposed to simulate intergranular c eep fracture in large polycrystalline...
A computational model is presented to analyze intergranular creep crack growth in a polycrystalline ...
Previous studies demonstrate that grain-boundary sliding could accelerate creep rate and give rise t...
This paper deals with a study of intergranular failure by creep cavitation under stress-controlled c...
In this work, the grain-boundary cavitation in polycrystalline aggregates is investigated by means o...
A new computational model is presented to analyze intergranular creep crack growth in a polycrystall...
A plane strain unit cell model containing a periodic array of hexagonal grains is used to analyse cr...
A polycrystalline aluminum sample with a quasi-2D single layer of coarse grains is plastically defor...
A computational model is presented to analyze intergranular creep crack growth in a polycrystalline ...
High-temperature creep rupture of polycrystalline materials involves a number of physical mechanisms...
In this paper, a multiscale modelling strategy is used to study the effect of grain-boundary sliding...