With experimental result that the amount of chemically bound water of low water cement paste under restraint condition increase as against the same cement paste without restraint, hypothesis is presented that afford to explain this phenomena is proposed and the relation between tensile creep behavior and internal moisture content of cement paste. Based on this hypothesis, it is attempted to develop a tensile creep model. 1
This study aims at elucidating the visco-elastic behavior of hardening blended cement pastes, focusi...
In this paper, a conceptual model for analyzing the plastic part of autogenous deformation of cement...
Calcium-silicate-hydrate (C-S-H) exhibits a viscous effect, which significantly affects long-term de...
ABSTRACT: A new physical theory and constitutive model for the effects of long-term aging and drying...
International audienceUniaxial creep tests have been performed at ambient temperature on a saturated...
The stiffness of cementitious materials decreases with increasing temperature. Herein, macroscopic s...
The previously formulated rate-type aging creep law based on Maxwell chain is generalized to variabl...
Mechanisms of creep of hydrated Portland cement paste are reviewed with reference to the role of wat...
In this work, the uniaxial creep in compression during the first days of hydration is studied experi...
A powerful and robust numerical homogenization method based on fast Fourier transform (FFT) is formu...
Understanding of the mechanism of creep requires direct measurement of the physical changes that occ...
This paper reviews the mechanisms of hydrated Portland cement paste creep in relation to the role of...
The creep phenomenon of hardening cement paste mixed with an expansive additive was modeled by consi...
The alkali-silica reaction causes long-termdegradation in the microstructure of affected concrete as...
This paper presents a new approach to model the creep behavior of cement paste at early ages. The cr...
This study aims at elucidating the visco-elastic behavior of hardening blended cement pastes, focusi...
In this paper, a conceptual model for analyzing the plastic part of autogenous deformation of cement...
Calcium-silicate-hydrate (C-S-H) exhibits a viscous effect, which significantly affects long-term de...
ABSTRACT: A new physical theory and constitutive model for the effects of long-term aging and drying...
International audienceUniaxial creep tests have been performed at ambient temperature on a saturated...
The stiffness of cementitious materials decreases with increasing temperature. Herein, macroscopic s...
The previously formulated rate-type aging creep law based on Maxwell chain is generalized to variabl...
Mechanisms of creep of hydrated Portland cement paste are reviewed with reference to the role of wat...
In this work, the uniaxial creep in compression during the first days of hydration is studied experi...
A powerful and robust numerical homogenization method based on fast Fourier transform (FFT) is formu...
Understanding of the mechanism of creep requires direct measurement of the physical changes that occ...
This paper reviews the mechanisms of hydrated Portland cement paste creep in relation to the role of...
The creep phenomenon of hardening cement paste mixed with an expansive additive was modeled by consi...
The alkali-silica reaction causes long-termdegradation in the microstructure of affected concrete as...
This paper presents a new approach to model the creep behavior of cement paste at early ages. The cr...
This study aims at elucidating the visco-elastic behavior of hardening blended cement pastes, focusi...
In this paper, a conceptual model for analyzing the plastic part of autogenous deformation of cement...
Calcium-silicate-hydrate (C-S-H) exhibits a viscous effect, which significantly affects long-term de...