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Lightweight Geopolymer Made of Pumice with Various Aluminum Powder Ratios

100%
Çetınkaya S., Kurt H., Kütük N.
Acta Physica Polonica A
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2017
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vol. 132
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issue 3
544-545
EN
In this work, a lightweight geopolymer was prepared using various mass proportions of extra fine aluminum powder and pumice stone that is durable to heat and sound-proof. The effect of NaOH concentration, aluminum mass ratio, the curing temperature and the curing time of the mixture on the compressive strength of the lightweight geopolymers were examined. The concentration of NaOH was found to be 2 M while the mass proportion of Na₂SiO₃/NaOH was found to be 17.5 on the lightweight geopolymers that have the highest compressive strength and the best workability in experiments. The lightweight geopolymer attained the best compressive strength with 1.6 MPa on the 28th day of curing process at 40°C. The mass proportion of aluminum used in the lightweight geopolymer was 2.5% as the density of the lightweight geopolymer obtained was 0.9 g/cm³. Their properties were examined using the Fourier transform infrared spectroscopy, X-ray diffraction, and scanning electron microscopy.
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Compressive Strength of EN AC-44200 Based Composite Materials Strengthened with α-Al2O3 Particles

100%
Kurzawa A., Kaczmar J. W.
Archives of Foundry Engineering
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2017
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vol. 17
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issue 2
3
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PRELIMINARY REPORT ON ENGINEERING PROPERTIES AND ENVIRONMENTAL RESISTANCE OF ANCIENT MUD BRICKS FROM TELL EL-RETABA ARCHAEOLOGICAL SITE IN THE NILE DELTA

88%
Welc F., Trzciński J., Zaremba M., Rzepka S., Szczepański T.
Studia Quaternaria
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2016
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vol. 33
4
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Correlation between compressive strengths and water absorption of fly ash cement mortar immersed in water

75%
Huang Q., Zhao L., Huang Q., Zhao L.
Archives of Civil Engineering
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2019
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vol. 65
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issue 3
5
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Geopolymer mortar incorporating high calcium fly ash and silica fume

75%
Prabha V. C., Revathi V., Prabha V. C., Revathi V.
Archives of Civil Engineering
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2019
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vol. 65
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issue 1
6
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Impact on concrete properties using e-plastic waste fine aggregates and silica fume

75%
Farooq A., Malik M. A., Tariq T., Riaz M., Haroon W., Malik A., Ur Rehman M.
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vol. 35
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issue 2
7
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Effect of the Ground Granulated Blast Furnaceslag on the Pore Structure of Concrete

75%
Chalid A., Chalid A.
Archives of Civil Engineering
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2021
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vol. 67
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issue 1
8
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The use of granite dust as an effective filler of concrete mixtures

75%
Prokopski G., Huts A., Marchuk V., Prokopski G., Huts A., Marchuk V.
Archives of Civil Engineering
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2021
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vol. 67
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issue 4
9
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INVESTIGATION OF LEZNIKOVSKIY GRANITE BY ULTRASONIC METHODS

75%
Szewczyk R., Korobiichuk I., Korobiichuk V., HÁJEK P., KOKEŠ P., Juś A.
Archives of Mining Sciences
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2018
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vol. 63
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issue 1
10
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Experimental investigation into material characteristics of pea gravel

75%
Zhang J., Huang Q., Hu C., Wang Z., Zhang J., Huang Q., Hu C., Wang Z.
Archives of Civil Engineering
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2021
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vol. 67
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issue 3
11
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Parametric Analyses on Compressive Strength of Furan No Bake Mould System Using ANN

75%
Acharya S. G., Vadher J. A.
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12
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Synergistic Interaction of Polypropylene Fibres in Latex Modified High Strength Concrete

75%
Thirumurugan S., Sivakumar A.
Archives of Civil Engineering
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2013
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issue 3
13
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Effects of crumb rubber on compressive strength of cement-treated soil

71%
Wang F. C., Song W., Wang F. C., Song W.
Archives of Civil Engineering
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2015
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issue 4
14
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Analysis of the properties of expansive concrete with portland and blast furnace cement

63%
Jackiewicz-Rek W., Kuziak J., Jaworska B., Jackiewicz-Rek W., Kuziak J., Jaworska B.
Archives of Civil Engineering
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2018
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vol. 64
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issue 4-I
15
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An investigation of the mechanical properties of sintered fly ash lightweight aggregate concrete (SFLWAC) with steel fibers

63%
Ranjith B. B., Thenmozhi R., Ranjith B. B., Thenmozhi R.
Archives of Civil Engineering
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2018
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vol. 64
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issue 1
16
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Optimised mix design for normal strength and high performance concrete using particle packing method

63%
Gopinath S., Ramachandra Murthy A., Ramya D., Iyer N. R.
Archives of Civil Engineering
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2011
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issue 4
17
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Effect of Nano Silica on Mechanical Properties and Durability of Normal Strength Concrete

63%
Gopinath S., Ch M. P., Murthy A. R., Iyer N. R., Maheswaran S.
Archives of Civil Engineering
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2012
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issue 4
18
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Predicition of compressive strength in light-weight Self-Compacting Concrete by ANFIS analytical model

63%
Vakhshouri B., Nejadi S., Vakhshouri B., Nejadi S.
Archives of Civil Engineering
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2015
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issue 2
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