전기로 산화슬래그 골재의 체적안정성 평가에 관한 실험적 연구

키워드

참고문헌 (31)

1. Chalasani, D., "The Effects of Ethylene Glycol on a Cement Based Solidification Process", Journal of Hazardous Materials, 3, pp.167~173 (1986)
2. Faraone, N., "Steelmaking Slag as Aggregate for Mortars: Effects of Particle Dimension on Compression Strength", Chemophere, 77, pp.1152~1156 (2009)
3. Fernandez Pereira, C., "Long and Short-term Performance of a Stabilized", solidified Electric Arc Furnace Dust, 2007, pp.148, 701~707
4. Javellana, M. P., "Extraction of Free Lime in Portland Cement and Clinker by Ethylene Glycol", Cement and Concrete Research, 12, pp.399~403 (1982)
5. 김진만, "수열조건에 의한 전기로산화슬래그 골재의 체적안정성 평가", 한국폐기물자원순환학회지, 29(6), pp.551~560 (2012), 한국폐기물자원순환학회
6. "KS E 3019, Methods for Determination of Calcium Oxide in Iron Ores", ~
7. "KS F 2424, Standard Test Method for Length Change of Mortar and Concrete", ~
8. "KS F 2501, Method of Sampling Aggregate", ~
9. "KS F 2502, Standard Test Method for Sieve Analysis of Fine and Coarse Aggregates", ~
10. "KS F 2503, Testing Method for Density and Absorption of Coarse Aggregate", ~
11. "KS F 2504, Testing Method for Density and Absorption of Fine Aggregate", ~
12. "KS F 2543, Copper Slag Aggregate for Concrete", ~
13. "KS F 2544, Blast Furnace Slag Aggregate for Concrete", ~
14. "KS F 2546, Standard Test Method of for Potential Alkali Reactivity of Cement-aggregate Combinations(Mortar-bar Method)", ~
15. "KS F 2553, Method for Samples of Aggregated to Testing Size", ~
16. "KS F 2580, Test Method of the Inmersion Expansion in 80°C Water of the Iron and Steel Slag", ~
17. "KS F 2583, Lead Slag Aggregate for Concrete", ~
18. "KS F 2585, Standard Test Method for Alkali-silica Reaction of Concrete", ~
19. "KS F 2586, Standard Test Method for Autogenous Shrinkage and Expansion of Cement Paste, Mortar and Concrete", ~
20. "KS F 2790, Ferronickel Slag Fine Aggregate for Concrete", ~
21. "KS F 2825, Methods of Rapid Test for Identification of the Alkali Reactivity of Aggregates-Methods of Test for Production Control of Concrete", ~
22. "KS F 4571, Electric Arc Furnace Oxidizing Slag Aggregate for Concrete", ~
23. "KS L 2308, Method for Chemical Analysis of Soda-lime-magnesia-silica Glasses", ~
24. "KS L 5107, Testing Method for Autoclave Expansion of Portland Cement", ~
25. "KS L 5120, Method of Chemical Analysis of Portland Cement", ~
26. Kuo, W. T., "Application of High-temperature Rapid Catalytic Technology to Forecast the Volumetric Stability Behavior of Containing Steel Slag Mixtures", Construction and Building Materials, 50, pp.463~470 (2014)
27. Lim H. S., "An Experimental Study on the Free-CaO Quantitative Analysis in Electric Arc Furnace Slag Using Ethylene Glycol", Korea institute for structural maintenance and inspection, 17(2), pp.388~389 (2013)
28. Onoue, K., "Fatigue Characteristics of Steel-making Slag Concrete Under Compression in Submerged Condition", Construction and Building Materials, 70, pp.231~242 (2014)
29. Sheen, Y. D., "Innovative Usages of Stainless Steel Slags in Developing Self-compacting Concrete", Construction and Building Materials, 101, pp.268~276 (2015)
30. Sturm, T., "The Use of EAF Dust in Cement Composites: Assessment of environmental impact", Journal of Hazardous Materials, 166, pp.277~283 (2009)
31. Wamg, G., "Determination of the Expansion Force of Coarse Steel Slag Aggregate", Construction and Building Materials, 24, pp.1961~1966 (2010)

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