528· Freeze-thaw harm is the major factor that reduces the durability of hydraulic concrete buildings at high altitudes and in cold regions. To solve the durability problem of …
2025129· In this study, high-strength concrete was prepared using iron ore waste rock as coarse and fine aggregates combined with solid waste-based cementitious materials.
710· These tailings are the main raw materials of construction waste, which has greatly caused waste of resources and environmental pollution. How to make concrete aggregate from iron ore tailings? its fineness modulus is …
621· Iron ore tailing (IOT) is an industrial solid waste produced after beneficiation process of iron ores. It is a kind of fast accumulated waste due to the increasing demand for …
2025113· This study investigates the use of iron ore tailings (IOTs) as recycled aggregates in segmental blocks, focusing on technical performance, CO2 emissions, and embodied …
37· Using iron ore tailings (IOTs) as the main aggregate for concrete will not only save crushed stone mining but will also reduce the environmental impact of IOTs. A discrete …
79· The crushed particle size of the lean iron ore coarse aggregate was 4.75–25 mm, thereby conforming to the requirements for continuous gradation; the physical and mechanical properties of the lean iron ore coarse …
2024121· With the rapid development of the global steel industry, iron ore tailings (IOTs) are increasingly contributing to industrial solid waste. Most of these tailings are disposed of in …
20241219· 2.2 Literature Review on Iron Ore Tailings (IOT) in Concrete Shettima, A.U., et al. (2016): Iron ore tailings (IOT) were evaluated as a fine aggregate replacement in concrete, …
79· The crushed particle size of the lean iron ore coarse aggregate was 4.75–25 mm, thereby conforming to the requirements for continuous gradation; the physical and mechanical …
2025129· The high-strength concrete prepared in this study effectively used iron ore waste rock and solid waste-based cementitious materials, which not only reduces environmental …
This thesis investigates utilizing iron ore mine waste and tailings as aggregates in concrete pavements. Concrete mixes were developed with partial replacement of coarse aggregates …
81· Extensive research on IOTs as an alternative to fine aggregate, coarse aggregate, and binder has been undertaken due to the increasing demands for returning …
coarse aggregates, obligating to explore the replacement for these materials without compromising the quality, environmental iron ore tailings which is the waste products of …
2024225· The aim of this study was to develop sustainable concrete by recycling concrete aggregates from steel waste and construction waste (iron ore tailings (IOTs) and recycled …
Iron Ore Tailings as Partial Replacement for Fine Aggregate in Concrete Production – Review Abdulaziz Alhassan 1 , Kudirat O. Yusuf 2 , Adavi Aliyu Abdulazeez 3 and Salihu Usman 4
2025129· In order to solve the problems of the large-scale resource utilization of iron ore waste rock, waste rock is used to prepare green building materials, but it needs to be further …
101· Physico-chemical properties and aggregate tests such as crushing, abrasion, impact, shape test, the specific gravity and water absorption were determined as per …
61· concrete mix, 40% of coarse aggregates were replaced with iron ore tailings and concrete blocks were made for 28 day s curing. It resulted in th e compressive strength of 21.93MPa to that of
Utilization of such waste and tailings in concrete as a building material is beneficial for mining industry as well as construction industry. This chapter presents a systematic research study …
101· The aim of this study is to evaluate the suitability of iron ore waste as partial replacement of coarse aggregates in concrete with reference to the conventional materials.
coarse aggregate is completely replaced by waste iron ore slag aggregate. In this study slag is replaced in concrete as coarse aggregate in the proportion of 0%, 5%, 10%, 15%, 20%. For …
After the beneciation of iron ore, the waste is generated, which arise many environmental issues for both living and non- crete. The concrete mix is designed as 1:1.62:3.25 (cement: sand: …
using mine waste and iron ore tailings. • By using mine waste and iron ore tailings, the life period of flexible pavement can be enhanced. • Workability can also be achieved using iron ore …
67· In this study, iron tailing sand is used as fine aggregate, and the treated waste concrete is used as coarse aggregate to prepare RAC with iron Effect of dumped iron ore …
The compressive strength of concrete from iron ore tailings (Figure 2) showed an improvement of 11.56% compared to concrete with conventional aggregates, showing that it is possible to obtain
81· Cement and aggregate can be simultaneously replaced in concrete with iron ore tailings of various particle sizes. The mechanical properties and durability of concrete based …
This chapter presents a systematic research study carried out to investigate the potential use of iron ore waste rock (WR) and iron ore tailings (IOT) as coarse and fine aggregates in concrete.
2024920· Globally, more than10 billion tons of concrete are manufactured yearly, and this amounts is expected to increase up to 18 billion tons by 2050 [6], that require providing large …
natural coarse aggregates (CAs) in concrete. In this study broken Mangalore tiles as coarse aggregate in addition with iron ore slag in the production of low to medium • Possibility of …