— The key points arising from the literature review were discussed and finally the needs for further research were identified. ... Balamurugan and Perumal [16], studied the use of quarry dust as a sand replacement material for the production of concrete. Results showed a maximum increase in compressive strength (19.18%), tensile strength …

 — Granite dust could valuably be incorporated as partial sand replacement in autoclave aerated concrete (AAC), thereby reducing health and environmental hazards, and controlling sand depletion by fulfilling sand demand. ... The use of granite stone as a building material is growing which produces a significant amount of waste during its …

LITERATURE REVIEW Physical properties like specific gravity, fineness modulus etc. of stone dust and fine aggregate should be comparable in order to use stone dust as a replacement of fine aggregate. ... replacement of sand by stone dust improved the strength of concrete by 20%. It also decreased total deflection of beam.

It addresses critical research questions regarding the physical and chemical properties of stone dust aggregates compared to natural sand; the impact of stone dust on the …

Dust the suitability of those properties to enable them to be used as partial replacement materials for sand in concrete. The Replacement of the sand with quarry dust shows an improved in the compressive strength of the concrete. As the replacement of the sand with quarry dust increases the workability of the concrete is decreasing due to the ...

C) Maximum split tensile strength was observed when quarry dust replacement is about 40%. D) Maximum flexural strength was observed when quarry dust replacement is about 40%. References [1] N N Priya Darshini*, D Rambabu (2019): An Experimental Study On The Use Of Quarry Dust As A Replacement Material In Concrete International

 — The cement concrete stone dust CCSD 7.5 with partial replacement of 7.5% stone dust shows an increase in compressive and flexural strengths of 14.42% and 15.85% at 28 and 56 days as compared to the nominal mix, respectively. The increase in strength is due to the dense microstructure of the specimen in the presence of fine crushed stone …

Researchers showed that river sand can be replaced by using stone dust as to give comparable strength to concrete. Stone dust has somehow similar or better mechanical …

 — The review is majorly divided in two parts, one with the partial replacement of cement in concrete and other with partial replacement of sand in concrete, with marble dust. Tests on cement, coarse and fine aggregate and MD has been performed as per country specification codes and mix design of concrete.

DLC mixtures with 150 kg/m3 of OPC and different mix ratios of stone dust with 20%, 40%, 60% and 80% copper slag as fine aggregate. DLC mixes were prepared with different water contents to find out the optimum water content go get maximum density, and compressive strength at 7 and 28 days for each blend of stone dust and copper slag.

 — Quarry dust is one of the alternatives as it has some advantages over river sand such as better contribution to the strength of the cementitious material, better …

 — In the literature, there are relatively few study results on the effect of basalt dust on the cement hydration compared to the findings on other dusts, e.g., limestone, marble, or quartz. ... Without additives and with the addition of basalt powder, which is a partial sand replacement, the quantity of cement hydration products in the mortar was ...

Equivalent mixes are obtained by replacing stone dust partially/fully. Test results indicate effective usage of stone dust with same compressive strength, comparable tensile strength and modulus of rupture. Workability of 40% replacement of stone dust with 2% Superplasticizer is equal to the workability of conventional concrete. Workability is

 — Quarry rock dust (QRD), a waste obtained during the quarrying process is a significant source of air pollution yet has the potential of becoming a sustainable and economical alternative to sand in concrete. Studies confirmed that replacing sand in conventional concrete with QRD increases its durability and robustness by ten percent.

DOI: 10.1016/j.matpr.2023.03.222 Corpus ID: 257749058; Experimental study on fine-crushed stone dust a solid waste as a partial replacement of cement @article{AhmadKhan2023ExperimentalSO, title={Experimental study on fine-crushed stone dust a solid waste as a partial replacement of cement}, author={Rizwan Ahmad Khan …

 — This article presents a comprehensive literature review of the main trends in utilizing stone dust in recycled aggregates in the past decade and its influence on …

 — Stone dust passing by No. 200 sieve, is used as cement replacing material and retained by No. 100 sieve is used for sand replacement. Sand was replaced by stone dust of 15%, 20%, 25%, 30%, 35%, 40 ...

 — Literature review. The compressive, split tensile, and flexural strengths of concrete with 60% synthetic sand outperform the reference mix. ... [12] The zone of fracture expands when artificial sand replacement percentage exceeds 60%, ... Stone dust can substitute river sand as fine aggregate in concrete. Ceramic waste can replace 10–20% …

II. LITERATURE REVIEW In this paper literature review containing both for Quarry stone dust and Foundry sand which are following: H. M. A. Mahzuz, Bangladesh (2011) [2]: has determined the relative performance of mortar and concrete by using stone powder as sand. For these purposes the compressive

 — This paper aimed to assess the potential of using limestone dust to replace sand at levels of 0, 20, 40, 60, 80 and by weight. Concrete mix design for cement : fine aggregate : coarse ...

 — As stone dust has acceptable properties of fine aggregate sand with regard to shape and texture, it can be thought of as an alternate fine aggregate but research is needed on the extent of sand ...

 — Granite dust is a waste produced during cutting and grinding process of granite stone. The waste generation from granite stone industry is in the form of non-biodegradable fine powder, the utilisation of this waste in concrete will help in sustainable and greener development.. Published literature shows huge potential of granite dust as …

 — A multi-storey building that are made of RC frame, the greater importance is given to make structure safe against lateral load. Lateral load are produced due to wind, earthquakes etc.

 — The review indicates that in concrete industry marble dust can be used as replacement of sand and it generally improves the mechanical properties of concrete with lower water–cement ratio. In hydration process, marble dust does not play any role but it shows filler effect in concrete and also it shows better performance.

The stone dust is not only the alternate but is superior in different ways. Literature Review: 1. Stone Dust in Concrete: Effect on Compressive Strength: Stone dust is a waste material obtained from crusher plants. It has potential to be used as partial replacement of natural river sand in concrete. Use of stone dust in concrete not only

natural sand & crushed stone dust whereas natural sand is strongly rejected. Keywords : Marshall Test, Wet Process, Natural Sand, Crushed Stone Dust INTRODUCTION

Stone Dust which is featured in this investigation could help the utilization of quarry dust produced from quarries. By substitution of quarry stone residue, the prerequisite of land fill territory can be decreased and can likewise tackle the issue of regular sand shortage. The particular gravity and fineness modulus of quarry stone

 — Alternative materials have already been used to substitute natural sand, such as fly-ash, quarry dust or limestone powder, filtered sand, copper slag etc [6]. as partly or entirely replacement of ...

 — This work investigated the effect of partial replacement of sand with quarry dust on the compressive strength, flexural strength, split tensile strength and water absorption of sandcrete blocks. River sand was replaced with quarry dust at percentages ranging from 0 to 40 at cement/combined aggregate ratio of 1: 6. The blocks were …