A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The fractal arrangement of hydrated cement paste
Data from samll-angle X-ray scattering experiments are used to determine the fractal types and dimensions of hydrated portland cement pastes over a range of length scales. The larger-scale, 200 - 1500 A.U., geometry at most degrees of water saturation is found to be that of a rough surface fractal. The samller-scale, 30 - 200 A.U., geometry is found to be a mass fractal in saturated pastes. This geometry changes gradually with drying, and becomes a rough surface fractal at saturations less than about 50 %. Completely oven dried pastes are found to have a considerably altered geometry.
The fractal arrangement of hydrated cement paste
Data from samll-angle X-ray scattering experiments are used to determine the fractal types and dimensions of hydrated portland cement pastes over a range of length scales. The larger-scale, 200 - 1500 A.U., geometry at most degrees of water saturation is found to be that of a rough surface fractal. The samller-scale, 30 - 200 A.U., geometry is found to be a mass fractal in saturated pastes. This geometry changes gradually with drying, and becomes a rough surface fractal at saturations less than about 50 %. Completely oven dried pastes are found to have a considerably altered geometry.
The fractal arrangement of hydrated cement paste
Fraktale Anordnung von hydratisierter Zementpaste
Winslow, D. (author)
Cement and Concrete Research ; 25 ; 147-156
1995
10 Seiten, 6 Bilder, 1 Tabelle, 8 Quellen
Article (Journal)
English
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