Microstructural consequences of nanosilica addition on aerial lime binding materials: Influence of different drying conditions
The addition of a pozzolanic nanosized material, nanosilica (NS), onto lime binding
materials was carried out with the aim of assessing the microstructural modifications attained
by its presence that were related to the mechanical behavior. Simultaneously, a comparative
study between five different drying methods for water removal was reported, and their
influence on the pore structure evaluation is discussed. Solvent-exchange with isopropanol
and freeze-drying methods were shown to remove the excess of free water efficiently …
materials was carried out with the aim of assessing the microstructural modifications attained
by its presence that were related to the mechanical behavior. Simultaneously, a comparative
study between five different drying methods for water removal was reported, and their
influence on the pore structure evaluation is discussed. Solvent-exchange with isopropanol
and freeze-drying methods were shown to remove the excess of free water efficiently …
Microstructural consequences of nanosilica addition on aerial lime binding materials: influence of different drying conditions
JI Alvarez-Galindo, JM Fernandez-Alvarez… - 2013 - dadun.unav.edu
The addition of a pozzolanic nanosized material, nanosilica (NS), onto lime binding
materials was carried out with the aim of assessing the microstructural modifications attained
by its presence that were related to the mechanical behavior. Simultaneously, a comparative
study between five different drying methods for water removal was reported, and their
influence on the pore structure evaluation is discussed. Solvent-exchange with isopropanol
and freeze-drying methods were shown to remove the excess of free water efficiently …
materials was carried out with the aim of assessing the microstructural modifications attained
by its presence that were related to the mechanical behavior. Simultaneously, a comparative
study between five different drying methods for water removal was reported, and their
influence on the pore structure evaluation is discussed. Solvent-exchange with isopropanol
and freeze-drying methods were shown to remove the excess of free water efficiently …
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