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Concrete Microscopy
Concrete microstructure can be evaluated using both thin and polished sections. Methods described in this report were developed as a supplement to ASTM 856 procedures. The use of an epoxy resin containing a fluorescent dye tended to enhance the ability to view porosity and mechanical features such as interface porosity and cracking. Relationships of formulation and microstructure for a series of nineteen concrete samples are presented. The proposed methods are useful to the highway engineer on a variety of levels. The determination of water/cement (w/c) ratio is more difficult since it is done by visually comparing the fluorescence intensity of the unknown with a series of known standards.
Concrete Microscopy
Concrete microstructure can be evaluated using both thin and polished sections. Methods described in this report were developed as a supplement to ASTM 856 procedures. The use of an epoxy resin containing a fluorescent dye tended to enhance the ability to view porosity and mechanical features such as interface porosity and cracking. Relationships of formulation and microstructure for a series of nineteen concrete samples are presented. The proposed methods are useful to the highway engineer on a variety of levels. The determination of water/cement (w/c) ratio is more difficult since it is done by visually comparing the fluorescence intensity of the unknown with a series of known standards.
Concrete Microscopy
D. M. Roy (author) / M. W. Grutzeck (author) / B. E. Scheetz (author) / G. M. Idorn (author) / N. Thaulow (author)
1993
93 pages
Report
No indication
English
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