The role of water in hydrated Portland cement paste (hpc) is germane to understanding the nature of nanostructure ? property relationships of the material. The irreversible dimensional changes of hpc and phase pure C-S-H that occur on wetting and drying are dissimilar to those observed for other silicate minerals of interest to cement science. This irreversibility in hpc is also observed for the modulus of elasticity parameter. Length change, mass change and modulus of elasticity isotherms (including drying-wetting cycles) were determined for specimens of hpc, Ca-montmorillonite and 1.4 nm tobermorite. Length change and modulus of elasticity versus mass loss curves were also obtained for phase pure C-S-H (C/S= 0.8,1.0 and 1.5). All the isot...
Hydrated cement paste (HCP), which is present in various cement-based materials, includes a number o...
Calcium-silicate-hydrate(C-S-H) gel is a primary nano-crystalline phase present in hydrated Ordinary...
Cementitious materials represent the most used materials in the construction industry. Their strong ...
The role of water in hardened Portland cement paste (hpc) is germane to an understanding of the natu...
Length-change measurements of 1\ub74 nm tobermorite, jennite and calcium silicate hydrate preparatio...
The removal of water from Portland cement hydrates results in irreversible volume changes that are c...
Dynamic mechanical analysis measurements were made on the following calcium-silicate- hydrate system...
The nanostructure, physical properties and mechanical performance of C-S-H, 1.4 nm tobermorite, jenn...
The dynamics of water confined in cement materials is still a matter of debate in spite of the fact ...
A new ability to quantitatively evaluate the complex pore system of cement pastes, using water sorpt...
Abstract. The importance of microstructure in materials science rests in its ability to establish li...
The length change theory proposed by Flood and Heyding for microporous solids is applied to cement p...
The chief aim of this work was to observe any change in the mechanical properties of cement pastes a...
Calcium silicate hydrate (C-S-H), the main product from portland cement hydration, has a great influ...
The deformation of nanostructure of calcium silicate hydrate (C-S-H) in Portland cement (PC) paste u...
Hydrated cement paste (HCP), which is present in various cement-based materials, includes a number o...
Calcium-silicate-hydrate(C-S-H) gel is a primary nano-crystalline phase present in hydrated Ordinary...
Cementitious materials represent the most used materials in the construction industry. Their strong ...
The role of water in hardened Portland cement paste (hpc) is germane to an understanding of the natu...
Length-change measurements of 1\ub74 nm tobermorite, jennite and calcium silicate hydrate preparatio...
The removal of water from Portland cement hydrates results in irreversible volume changes that are c...
Dynamic mechanical analysis measurements were made on the following calcium-silicate- hydrate system...
The nanostructure, physical properties and mechanical performance of C-S-H, 1.4 nm tobermorite, jenn...
The dynamics of water confined in cement materials is still a matter of debate in spite of the fact ...
A new ability to quantitatively evaluate the complex pore system of cement pastes, using water sorpt...
Abstract. The importance of microstructure in materials science rests in its ability to establish li...
The length change theory proposed by Flood and Heyding for microporous solids is applied to cement p...
The chief aim of this work was to observe any change in the mechanical properties of cement pastes a...
Calcium silicate hydrate (C-S-H), the main product from portland cement hydration, has a great influ...
The deformation of nanostructure of calcium silicate hydrate (C-S-H) in Portland cement (PC) paste u...
Hydrated cement paste (HCP), which is present in various cement-based materials, includes a number o...
Calcium-silicate-hydrate(C-S-H) gel is a primary nano-crystalline phase present in hydrated Ordinary...
Cementitious materials represent the most used materials in the construction industry. Their strong ...