11;The concrete mixtures were made with sea sand and two types of normal coarse aggregates G1 and G2. Waste marble powder is generated by cutting marble slabs into the
25% of the processed marble is converted into powder form [11]. The production of marble has been increasing, thus the marble powder generation is on the rise as well. Like other waste
Marble powder (MP), produced from the marble industry is also increasing, which constantly remains a source of hazards to the environment. At the same time, natural sand deposits are
11;The different materials like Marble and granite which are based on past research studies used in this experimental study. The concrete samples performance was find out with
1212;Very appreciable results were observed for a dosage of 15% of marble powder and for the combination of 15% of marble powder with 20% of crushed marble sand. This
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2012121;R. Ilangovana et al. [6] found that the natural river sand, if replaced by hundred percent quarry rock dust from quarries, may sometimes give equal or better than the reference
202428;The present investigations involve the partial replacement of binder materials such as cement with marble dust powder (MDP), fine aggregate with copper slag (CPS), and
201791;Chavhan and Bhole [45] obtained maximum 28 days split tensile strength with 45% marble powder replacing fine aggregate. Sakalkale et al. [40] reported a decrease in split
2015217;The rapid growth of the marble industry introduces concerns regarding the negative impact of marble quarrying on the environment, because the cutting of marble
11;Marble dust, which is a solid pollutant obtained from the marble manufacturing industry, can be effectively used as a binding material with the replacement of cement or fine
2019517;Also, they concluded that the replacement of fine aggregate with 50% marble powder and 50% quarry rock dust gives an excellent result in tensile strength. V. Corinaldesi
2024527;The extraction and processing of marble in various states of India have led to significant environmental concerns due to the production of large quantities of marble waste.
201911;Demolished building wastes are used to partial replacement of the coarse aggregate and marble powder is used to partial replacement of the
product. Waste marble dust powder and rice husk or rice husk ash is one such material which can be used to replace sand as fine aggregate. 1.1 Objectives The present study is aimed at
202428;The present investigations involve the partial replacement of binder materials such as cement with marble dust powder (MDP), fine aggregate with copper slag (CPS), and
201791;Chavhan and Bhole [45] obtained maximum 28 days split tensile strength with 45% marble powder replacing fine aggregate. Sakalkale et al. [40] reported a decrease in split
Marble powder is constructed from processing flowers at some point of the sprucing and sawing of marble blocks and about 20 - 25% of the processed marble is become powder form.
2015217;Concrete Properties Containing Fine Aggregate Marble Powder Vol. 19, N o. 7 / November 2015 − 2213 − considered, the max imum diff erence between th e compressive
202411;Dried marble powder is a very fine material that can be used as an admixture in the concrete composition. Marble chips can also be used to partially replace coarse material.
Marble powder (MP), produced from the marble industry is also increasing, which constantly remains a source of hazards to the environment. At the same time, natural sand deposits are
25% of the processed marble is converted into powder form [11]. The production of marble has been increasing, thus the marble powder generation is on the rise as well. Like other waste
202411;Because the proportion of waste marble powder in situ with fine aggregates increased, the slump value in the composite sample increased. Ref. [50] discovered that when
2015217;Concrete Properties Containing Fine Aggregate Marble Powder Vol. 19, N o. 7 / November 2015 − 2213 − considered, the max imum diff erence between th e compressive
11;When it comes to the 10% replacement ratio, the reduction has become distinct. Again, as mentioned above, (Ince et al., 2020) have replaced fine aggregate with marble
recommended the use of marble powder as a replacement for aggregate, whereas marble powder is used as a replacement for fine sand in conventional concrete (Demirel, 2010). The latter
This present study is to understand the behavior and performance of Jhama Brick and Marble powder waste in concrete. The waste Jhama Brick are used to partially replace coarse
202011;From their search, it became known that when marble powder is mixed with 10% cement, then the best results are obtained. Properties of green concrete containing quarry
201611;[8] M.S. Hameed, A.S.S. Sakar, Properties of green concrete containing quarry rock dust and marble sludge powder as fine aggregate, ARPN Journal of Engineering and
11;The concrete mixtures were made with sea sand and two types of normal coarse aggregates G1 and G2. Waste marble powder is generated by cutting marble slabs into the