QUANTITY OF MARBLE POWDER; 5% of cement replaced by marble powder = 377.38gm 10% of marble powder = 754.7 gm 15% of marble powder = 1.13 kg 20 %of marble powder = 1.5094 kg. Experimental conditions: Compressive strength of concrete was undertaken on 15 cm cubic specimens. at 7 days and 28 days of age.Get Price
May 18, 2015 It can be observed that the flexure strength for the concrete mix containing 10% of marble powder dust in cement got increased by the value of 9.2% and for 10% replacement with sand the flexure strength also got increased about 9.Rotary Phase Converters FRASERS.3% but it decreased when the mix contains 20% marble powder dust against cement (10%) and sand(10%) about 10%. Learn More
With this aim, marble powder which is a waste product generated during cutting and shaping of marble blocks has been evaluated as a replacement of conventional river sand in cement mortars. Learn More
LITRATURE REVIEW 1 Valeria (2005):He observed that marble dust OBJECTIVES powder had very high Balinen fineness value of To study the influence of partial about 1.5m2/g, with 90% of particles passing replacement of cement to concrete with through 50 micron sieve and 50% through marble dust powder, and to determine the 7micron sieve..rotary-kiln, Fote Learn More
3.5 Marble Powder The specific gravity of marble is 2.577. Local available marble powder used as partial replacement of fine aggregate in concrete. 3.6 Granite Powder Granite belongs to igneous rock family. Granite powder obtained from the polishing units and the properties were found. Learn More
Inﬂuence of limestone waste as partial replacement material for sand and marble powder in concrete properties Omar M. Omar a, Ghada D. Abd Elhameed b,*, Mohamed A. Sherif a, Hassan A. Mohamadien c a Department of Civil Construction and Architecture, Faculty of Industrial Education, Suez, Egypt b Building Materials Research and Quality Control Institute, Housing and Building National Research ... Learn More
Experimental Study on Partial replacement of Sand with Marble Dust Powder in high strength concrete Deepankar Kumar Ashish , K. Verma , Ravi Kumar , Nitish Sharma , G. Pathan 2018 Learn More
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