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Ardahan İli Andezit-Bazalt Kırmataş Agregaların Beton Yapımında Kullanılabilirliğinin Araştırılması

Research on Suitability of Crushed Andesite-Basalt Rock Aggregates in Ardahan Province for Concrete Production

Journal Name:

  • Gaziosmanpaşa Üniversitesi Ziraat Fakültesi Dergisi

Publication Year:

  • 2016
DOI: 
http://dx.doi.org/10.13002/jafag1052

Key Words:

Keywords (Original Language):

Author NameUniversity of AuthorFaculty of Author
Abstract (2. Language): 
In this study, suitability of aggregates, obtained from an aggregate quarry of Balıkçılar village meeting significant portion of crushed stone aggregate demand of construction sector and used in constructions in central town of Ardahan province, for concrete production and concrete compressive strength were investigated. Samples taken from the selected quarry were subjected to physico-mechanical analyses to determine their compliance with the relevant standards on sufficiency, physical, mechanical characteristics, chemical and mineralogical properties. Then, concrete was produced from these aggregates in a laboratory and strength tests were conducted on concrete specimens. Cement dosage was taken as 270 kg/dm3 for C20/25, 300 kg/dm3 for C25/30 and 360 kg/dm3 for C30/37. Results revealed that majority of the values were within the limit values specified in relevant standards. Although the amount of fine materials and alkali-silica reaction were close to limit values, concrete tests did not reveal any negative effects and concrete strength values were found to be above the limits specified in relevant standards. Thus, aggregates should be used through taking relevant measures. It was concluded that aggregates should be washed through and separated in different granulometric portions to produce quality and strong concrete. Further research is recommended for mineral admixtures to control alkali-silica reaction.
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Abstract (Original Language): 
Bu çalışmada, Ardahan ili Merkez ilçesinde kırmataş agrega gereksiniminin önemli kısmını karşılayan Balıkçılar köyü agrega ocağından elde edilen kırmataş agregaların beton üretimi ve dayanımı yönünden önemli teknik özellikleri belirlenmiş, mühendislik özellikleri ve beton yapımında kullanılabilirliği araştırılmıştır. Bu amaçla seçilen agrega ocağından alınan örnekler üzerinde standartlara uygunluk, yeterlilik deneyleri yapılarak agregaların fiziksel, mekanik özellikleri ile kimyasal ve mineralojik özellikleri belirlenmiş, bu agregalarla laboratuvar ortamında beton üretilerek mukavemet deneyleri gerçekleştirilmiştir. Elde edilen sonuçlardan agregaların önemli özelliklerinin uygun sınırlar içerisinde kaldığı gözlenmiştir. Agregalardaki ince madde miktarı ve alkali silika reaktifliği sonuçları istenilen koşulları zorlasa da, ocaktan elde edilen agregalarla üretilen betonlar üzerinde yapılan gözlem ve deneylerde olumsuz etki görülmemiş, beton dayanım değerleri standartlarda önerilen değerlerin üzerinde çıkmıştır.
FULL TEXT (PDF): 
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  • Turkish

REFERENCES

References: 

Akman, S., 1990. Yapı Malzemeleri. İTÜ. İnsaat Fakültesi
Ders Notları, No: l408, 162 s. İstanbul (in Turkish).
Anonymous, 1994. Standard Test Method for Potential
Alkali Reactivity of Aggregates, (Mortar Bar Method).
ASTM C-1260-94, Annual Book of ASTM Standards,
Concrete and Mineral Aggregates, American Society
for Testing and Materials, PA, 4 (2), 650-653,
Philadelphia, USA.
Anonymous, 1994. ASTM C88, Standart Test Method for
Soundness of Agregates by Use of Sodium
Sulfateor magnesium Sulfate. Annual Book of ASTM
Standarts.
Anonymous, 2000. Standard Test Methods for Chemical
Analysis of Glass Sand ASTM C146-94a, Volume
15.02.
Anonymous, 2015. Adoçim Tokat Cement Factory. Tokat.
Baradan, B., 1996. Yapı Malzemesi II. Dokuz Eylül
Üniversitesi, Mühendislik Mimarlık Fakültesi
Yayınları, No:207. 4. Baskı, s.42-195, İzmir (in
Turkish).
Batmaz, A., 2006. The investigation of the feasibility of
the use of aggregates obtained from the streams in
Rize and the nearby areas in the manufacturing of
concrete, (Masters Thesis), Firat University, Institute
of Sciences and Technology, Department of
Construction Sciences., 85 p. Elazığ.
Ekmekyapar T. ve İ. Örüng, 2001. İnşaat Malzeme Bilgisi.
Atatürk Üniversitesi, Ziraat Fakültesi Yayınları, Yayın
No:145, 234 s., Erzurum (in Turkish).
Erdoğan, T.Y., 1995. Betonu Oluşturan Malzemeler;
AGREGA. Türkiye Hazır Beton Birligi Yayını, 110 s.,
İstanbul (in Turkish).
123
KAYA and KARAMAN / JAFAG (2016) 33 (2), 115-124
Kocataşkın, F., 1975. Yapı Malzemesi Bilimi. Birsen
Kitapevi, 132 s. İstanbul (in Turkish).
Lachance, G.R., Traill, R.J., 1966. Practical Solution to
The Matrix Problem in X-ray Analysis, Canadian
Spectroscopy 11, 43-48.
Murdock, L.J., Brook, K.M., Dewer, J.D.,1991. Concrete,
Materials and Practice. Sixth Edition, Edward Arnold,
London, 27.
Postacıoglu, B., 1987. Beton-Bağlayıcı Maddeler,
Agregalar. Beton, Cilt 2, Teknik Kitaplar Yayınevi,
404 s, İstanbul (in Turkish).
Şenbil, U.E., Bağdatlı, Ö., Köseoğlu, K., Çakır, Ö.A.,
2014. Characterization of crushed sands has different
methylene blue value and effects on concrete
performance. Engineer and Machinery, 55 (649),74-
80.
TS 10088 EN932-3, 1997. Tests for general properties of
aggregates-Part 3: Procedure and terminology for
simplified petrographic description. Turkish Standards
Institution, 12 p., Ankara.
TS 3530 EN 933-1, 1999. Tests for geometrical properties
of aggregates-Part 1: Determination of particle size
distribution-Sieving method. Turkish Standards
Institution, 11 p., Ankara.
TS 706 EN 12620+A1, 2009. Aggregates for concrete.
Turkish Standards Institution, 50 p., Ankara.
TS 802, 2009. Design Concrete Mixes. Turkish Standards
Institution,18 p. Ankara.
TS 3323, 2012. Concrete-Making, accelerated curing and
testing concrete compression test specimens. Turkish
Standards Institution, 16 p., Ankara.
TS 13516, 2012. Standard test method for potential alkali
reactivity of aggregates (mortar bar Method). Turkish
Standards Institution, 8 p., Ankara.
TS EN 932-1, 1997. Test For General Properties of
Aggregates part 1 methods for sampling. Turkish
Standards Institution, 23p., Ankara.
TS EN 932-2, 1999. Tests for general properties of
aggeragates Part 2: Methods for reducing laboratory
samples., Turkish Standards Institution, 20 p., Ankara.
TS EN 1097-3, 1999. Tests for mechanical and physical
properties of aggregates- Part 3: Determination of
loose bulk density and voids. Turkish Standards
Institution, 20 p., Ankara.
TS EN 1008, 2003. Mixing water for concrete -
Specifications for sampling, testing and assessing the
suitability of water, including water recovered from
processes in the concrete industry, as mixing water for
concrete. Turkish Standards Institution, 18 p., Ankara.
TS EN 1367-1, 2008. Tests for thermal and weathering
properties of aggregates-Part 1: Determination of
resistance to freezing and thawing. Turkish Standards
Institution, 14 p. Ankara.
TS EN 933-10, 2010. Tests for geometrical properties of
aggregates - Part 10: Assessment of fines-Grading of
filler aggregates (air jet sieving). Turkish Standards
Institution, 12 p., Ankara.
TS EN 933-1, 2012. Tests for geometrical properties of
aggregates - Part 1: Determination of particle size
distribution-Sieving method. Turkish Standards
Institution, 18 p., Ankara.
TS EN 12390-3/AC, 2012. Testing hardened concrete-
Part-3: Compressive strenght of tests specimens
Turkish Standards Institution, 2 p., Ankara.
TS EN 1744-1:2009+1, 2013. Tests for chemical
properties of aggregates-Part 1: Chemical analysis.
Turkish Standards Institution, 64 p., Ankara.
TS EN 1097-6, 2013. Tests for mechanical and physical
properties of aggregates - Part 6: Determination of
particle density and water absorption. Turkish
Standards Institution, 43 p. Ankara.
TS EN 196-2, 2014. Method of testing cement-Part 2:
Chemical analysis of cement, Turkish Standards
Institution, 67 p., Ankara.
TS EN 933-9+A1, 2014. Tests for geometrical properties
of aggregates-Part 9: Assessment of fines-Methylene
blue test. Turkish Standards Institution, 16 p., Ankara.
TS EN 1097-2, 2015. Tests for mechanical and physical
properties of aggregates - Part 2:Methods for the
determination of resistance to fragmentation. Turkish
Standards Institution, 31 p., Ankara.
TS EN 933-8:2012+A1, 2015. Tests for geometrical
properties of aggregates - Part 8: Assessment of fines-
Sand equivalent test. Turkish Standards Institution, 21
p., Ankara.
TS ISO 3310-1, 2009. Test Sieves-Technical requirements
and testing- Part 1: Test sieves of metal wire cloth.
Turkish Standards Institution, 19 p., Ankara.
TS ISO 3310-2, 2015. Test sieves-Technical requirements
and testing - Part 2: Test sieves of perforated metal
plate. Turkish Standards Institution, 18 p., Ankara.
Tutmaz, Ş.İ., 2009. Possible utilization of natural
aggregate resources in Central town of Tokat as
concrete aggregate. (Masters Thesis), Gaziosmanpasa
University, Department of Farm Structures and
Irrigation, Graduate School of Natural and Applied
Science. 86 p. Tokat.
Uluata, A.R., 1981. Beton Malzemeleri ve Beton. Atatürk
Üniversitesi Ziraat Fakültesi (Ders Notu) s.25-
74., Erzurum (in Turkish).
Yıldırım, M. ve Yılmaz, I., 2002. Investigation of the
usefullness of the yıldız ırmak sediments as the
cement aggregates. Bulletin of Faculty of Engineering
of Cumhuriyet University, Serie A-Earth Sciences, 19
(2), p. 181-192, Sivas (in Turkish).
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