1Felekoglu B, Yardımcı MY, Baradan B (2003) “Resistance
to abrasion and freeze-thawing of self-leveling concrete”,
5th National Concrete Congress, TMMOB Chamber of Civil
Engineers Istanbul Branch, İstanbul.
2Gökçe M, Çankayalı A, Levent KY (2008) “Investigation
of rheological properties of pulp in fresh concrete”, Symposium
on Chemical Additives in International Structures,
Ankara.
3Tuyan M, Erdem TK, et al. (2015) “Influence of mix
design parameters on workability and rheology of self-consolidating
concrete: Experimental and statistical approach”, ÇBD.
64-81.
4Ng IYT, Ng PL and Kwan AKH (2009) “Rheology of
mortar and its influences on the performance of self-consolidating
concrete", Key Engineering Materials. 421-426.
5Desnerck P, Craeye B, Boel V and Itterbeeck PV
(2016) “Mixture Compositions and Fresh Properties of Selfconsolidating
Concrete: Analysis of 25 Years of Research”, SCC
2016 8th International RILEM Symposium on Self-Compacting
Concrete 65-77.
6Yijin L, Shiqiong Z, Jian Y, Yingli G (2004) “The effect
of fly ash on the fluidity of cement paste, mortar and concrete”,
Proceeding of the International Workshop on Sustainable Development
and Concrete Technology, China. 339-345.
7Feys D, Verhoeven R, Schutter D G, (2008) “Fresh
self-compacting concrete a shear thickening material” Cement
and Concrete Research. 920-929.
8Kaya T, Karakurt C, Dumangöz M (2014) “The Effect
of High Temperature on Porosity and Compressive Strength of
Self-Placing Concrete with Mineral Additive”, Journal of Science
of Bilecik Seyh Edebali University.
9Ünal O “High Strength Self-Leveling Concrete Resistance
Water/O Ratio And Effects of Contributions”, AKU
Journal of Science Engineering, 13 (2013) 025601 (1-8) Afyon
Kocatepe University Journal of Science and Engineering Sciences.
10TsEn 12350-8 Testingfreshconcrete - Part 8: Self-compactingconcrete
- Slump-flow test.
11TsEn 12350-10 Testingfreshconcrete - Part 10: Selfcompactingconcrete
- L box test