Details

Title

Optimization of Packing Density of M30 Concrete With Steel Slag As Coarse Aggregate Using Fuzzy Logic

Journal title

Archives of Metallurgy and Materials

Yearbook

2017

Numer

No 3

Publication authors

Divisions of PAS

Nauki Techniczne

Publisher

Institute of Metallurgy and Materials Science of Polish Academy of Sciences ; Commitee on Metallurgy of Polish Academy of Sciences

Date

2017

Identifier

ISSN 1733-3490

References

Nadeem (2012), Experimental Investigation Of Using Slag as an alternative to normal Aggregates coarse and fine in of Civil and Structural, Concrete International Journal Engineering. ; Arivoli (null), Characterisation of EOF Steel Slag as Coarse Aggregate in Integrated of Research and Technology, Concrete Journal Engineering, 15, 216. ; Thomas (2011), Particle Packing ; An Effective Approach to Optimized Design of Ultra High Strength and Self Compacting Project and Practical Experience, Concrete Engineering, 11. ; Nevillie (1995), Properties of, Concrete, 12. ; Netinger (2012), containing Steel Slag Aggregate Performance After High Temperature Exposure Repair and Retrofi tting III eds Group ISBN, Concrete Concrete Rehabilitation, 978. ; Jigar (2006), State University, null. ; Indian (1989), IS Specification for Grade Bureau of Standard reaffirmed New Delhi, null, 25, 8112. ; Kirillidi (2005), Electric Arc Furnace Slag Utilisation Proceedings of the th International Conference on Technology, Environmental Science. ; Khalid Raza (2014), Strength Analysis of Concrete by using Iron Slag as a Partial Replacement of Normal Aggregate Coarse in, Concrete, 9, 3. ; Sowmiya (2004), Application of Optical Basicity Parameter to foamings of Slags Central Pollution Control Board, null, 1. ; Jeenu (2012), Packing characteristics of aggregates for High Performance, Concrete International journal of earth science engineering, 17, 1424. ; Hiraskar (2013), Use Of Blast Furnace Slag Aggregate in Of Scientific Research, Concrete International Journal Engineering, 4. ; (1959), IS of test for strength of concrete Bureau of Indian Standards New Delhi, Methods, 14, 516. ; Malathy (null), Study on Optimum Replacement of EOF steel slag as fine Aggregate in concrete, null, 18, 216. ; Shetty (2005), Technology Publications, Concrete, 23. ; Chinnaraj (2013), Dr Study on Concrete using Steel Slag as Coarse Aggregate Replacement and Ecosand as Fine Aggregate Replacement of Research in Technology, International Journal Engineering Advanced, 1. ; Malathy (null), Determination of Mechanical Properties of EOF Steel Slag Replaced Concrete Using, International journal of Earth sciences Engineering, 19, 2015. ; (1970), IS Specification for Coarse and Fine Aggregates from Natural Sources for Concrete Bureau of Indian Standard And New Delhi, null, 21, 383. ; ASTM (2014), Standard Test Method for Lightweight Particles in Aggregate Standards International, null, 24, 123. ; (2009), IS Reaffirmed Recommended guidelines for concrete mix design Bureau of Indian Standard New Delhi, null, 22, 10262. ; Malathy (null), Study On Mechanical Properties of Concrete Replacing Eof Steel Slag as Fine Aggregate of Research, International Journal Applied Engineering, 20, 2015. ; (1963), IS Part Indian Standard Methods of tests for aggregate for concrete Bureau of Indian Standards New Delhi, null, 13, 2386. ; HERON (2012), Sonja Using particle packing technology for sustainable concrete mixture design, null, 16.

DOI

10.1515/amm-2017-0288

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