WOS:000330489200051International audienceThe purpose of this article is to present a micro-mechanical modeling approach for multiphase materials made of various inclusions and a matrix. This method is generalized to a composite made of a matrix in which are embedded various inclusions of different radii and properties. The grain size distribution of each type of inclusion is divided into 1 000 elements which volume fractions are determined by linear interpolation. The following input data needs to be known: the elastic properties, the volume fractions of each phase, and the grain size distribution of each aggregate type. The effective properties of the composite are obtained thanks to a loop-type computation of the analytical models describ...
In predicting the mechanical properties of concrete, the concrete should be modeled as a three-phase...
This paper describes a micromechanical analysis of the uniaxial response of composites comprising el...
International audienceA multiscale approach based on analytical homogenization schemes combined with...
WOS:000330489200051International audienceThe purpose of this article is to present a micro-mechanica...
In multiphase particulate composites, the deviation and mismatch of the elastic moduli of different ...
This study reports the influence of inclusion stiffness and its distribution on the stress distribut...
International audienceThis paper is devoted to the study of the influence of the microstructure of m...
This paper presents a validation process of the developed multi-scale modelling scheme on mortar com...
Experimental and theoretical research has shown that in predicting its elastic modulus, concrete sho...
The deformability of concrete along with the compressive strength is the determining factor in the c...
Cemented sand gravel (CSG) is different from ordinary concrete in its mechanical properties such as ...
In predicting the mechanical properties of concrete, the concrete should be modeled as a three-phase...
Rapid advances in the field of material science have allowed for vast improvements in materials char...
Experimental and analytical investigations for the modulus of elasticity of thin cement composite co...
The interfacial transition zone (ITZ) around aggregates is known as the weakest zone in mortar and c...
In predicting the mechanical properties of concrete, the concrete should be modeled as a three-phase...
This paper describes a micromechanical analysis of the uniaxial response of composites comprising el...
International audienceA multiscale approach based on analytical homogenization schemes combined with...
WOS:000330489200051International audienceThe purpose of this article is to present a micro-mechanica...
In multiphase particulate composites, the deviation and mismatch of the elastic moduli of different ...
This study reports the influence of inclusion stiffness and its distribution on the stress distribut...
International audienceThis paper is devoted to the study of the influence of the microstructure of m...
This paper presents a validation process of the developed multi-scale modelling scheme on mortar com...
Experimental and theoretical research has shown that in predicting its elastic modulus, concrete sho...
The deformability of concrete along with the compressive strength is the determining factor in the c...
Cemented sand gravel (CSG) is different from ordinary concrete in its mechanical properties such as ...
In predicting the mechanical properties of concrete, the concrete should be modeled as a three-phase...
Rapid advances in the field of material science have allowed for vast improvements in materials char...
Experimental and analytical investigations for the modulus of elasticity of thin cement composite co...
The interfacial transition zone (ITZ) around aggregates is known as the weakest zone in mortar and c...
In predicting the mechanical properties of concrete, the concrete should be modeled as a three-phase...
This paper describes a micromechanical analysis of the uniaxial response of composites comprising el...
International audienceA multiscale approach based on analytical homogenization schemes combined with...