By Satish Chandra, Leif Berntsson
, Pages ix-x
, Page xi
, Pages 1-3
1 - old heritage of light-weight combination Concrete
, Pages 5-19
2 - creation of light-weight Aggregates and Its Properties
, Pages 21-65
3 - Supplementary Cementing Materials
, Pages 67-90
4 - combine Proportioning
, Pages 91-118
5 - construction Techniques
, Pages 119-130
6 - light-weight mixture Concrete Microstructure
, Pages 131-166
7 - actual houses of light-weight combination Concrete
, Pages 167-229
8 - toughness of light-weight mixture Concrete to Chemical Attack
, Pages 231-289
9 - fireplace Resistance of light-weight mixture Concrete
, Pages 291-319
10 - Freeze-Thaw Resistance of light-weight mixture Concrete
, Pages 321-368
11 - purposes of light-weight combination Concrete
, Pages 369-400
, Pages 401-407
, Pages 409-430
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Extra resources for Lightweight Aggregate Concrete. Science, Technology, and Applications
Symp. on Structural Lightweight Aggregate Concrete, Kristiansand, Norway, pp. 574-583 (Jun. 18-22,2000) 8. Barnett, D. B, Research Note 9, p. 14 (Dec. 1967) 9. 3 (Nov. � Harmon, S. , Physical Characteristics of Rotary Kiln Expanded Slate Lightweight Aggregate, Proc. 2nd Int. Symp. on Structural Lightweight Aggregate Concrete, Kristiansand, Norway, pp. 574583 (Jun. , Quality Control of Concrete with Fly Ash, Proc. Durability of Concrete; Aspects of Admixtures and Industrial By-products, 2nd International Seminar, Chalmers U.
The mix of the cooled ESG granules of different sizes is delivered to the sorting installation for separation into 05, 510, and 1020 mm fractions. In contrast with the best world prototype technology of manufacturing, the so called pelletized slag (LITEX) produced by National Slag Limited (Hamilton, Ontario, Canada), one of the largest-scale slag processing companies in the world, the main advantages of this developed technology are the following: � The environmental safety, due to significantly lower technological water consumption and correspondingly, 56 times reduced volume of steam gas exhausts in the atmosphere and its localization and neutralization.
Lightweight aggregates produced by the dry process in Germany are known as Liapor after the name of the company producing them. Liapor is produced from shale, a soft rock, which is crushed, dried, and milled into powder. It is homogenized and stored ready for pelletization. The process is quite similar to that of Lytag production. After the pelletization process for appropriate size, they are coated with finely powdered limestone. The pellets are spherical and have high green strength. These are then transported to a rotary kiln.