
922;Utilizing RCPs as cement replacement is challenging. The utilization of fine powder generated from crushing for recycling construction waste is a challenging task for the
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2019228;This study used concrete waste powder (CWP) with two different particle size ranges (<150 and 75 µm) and two different cement contents (10% and 20%) to prepare the
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2024920;These blocks were non-fiber waste concrete test pieces with a compressive strength grade of C20-C30. The preparation process of RCA and RCP is shown in Fig. 1. First,
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11;The aggregates usually processed by parent or old concrete crushing, such as waste demolished concrete, are known to be recycled concrete aggregate [56]. The schematic
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20191220;The previous studies have shown that addition of waste materials like granite powder, marble slurry, laterite dust into concrete mixes have positively altered the mechanical
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320;With an emphasis on environmental protection and the sustainable development of resources, the reuse of waste concrete has long been a research hotspot, and the study of
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710;The Ceramic Waste Powder (CWP) settles because of sedimentation and then penetrates and pollutes the environment. The utilization of ceramic waste powder in concrete
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Concrete, as a constructive material, has been used in construction industry for about two centuries. Approximately, the whole bulk of the concrete is used in one year is more than one
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202481;In general, recycling cement-based materials can be approached in two ways, depending on their specific characteristics and properties. For instance, in the case of
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201291;Recycling of plastic waste to produce new materials like concrete or mortar appears as one of the best solution for disposing of plastic waste, due to its economic and
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201581;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.
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215;Concrete is one of the most widely used materials globally with water being the only material that is used in larger quantities (Xuan et al., ).The International Energy
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2020327;Reusing such waste materials reduces the pollution of the atmosphere as well as reduces construction costs. Some of the waste materials used in concrete are as follows: Flay ash. 1. Fly ash: Fly ash is the ash
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715;One possible solution to the environmental pollution engendered by construction and demolition waste (CDW) from clay brick, sanitary ware, and concrete is to use them as
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Research on crushing and recycling of waste concrete Wenbo Ai1, Hongmei Liu1,2*, Jian Zhang1, Shuaishuai Lv1, Qian Xu2 and Recycled fine powder is mainly used as gel material
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41;Kim (2017) mentioned that concrete powder can be used for concrete manufacturing since it achieved the target strength at 15% replacement of RP, and some
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201373;Ordinary waste glass used to produce containers, bottles, windows etc. Secondly lead glasses, from color TV funnel, cathode ray tube (CRT), electronic parts etc. are also used
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Using waste material in concrete production is an appropriate method for achieving two goals: eliminating waste and adding positive properties in concrete. Since the green concrete
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201991;In the literature it was demonstrated that there is a potential to use waste materials (economically viable way) to produce lightweight concrete (Makul and Sua-iam,
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47;Various forms of C&D Wastes can be recycled which can solve the problem of reduction in the area occupied for land filling [1], [2], [3].The waste can provide benefit in form
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121;As a result, incorporating waste materials into concrete would be a more prudent course of action. This study collected vast bibliometric data comprising journal articles and
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The construction industries have identified some waste materials like flyash, slag, line powder and siliceous stone powder and crusher dust for use in traditional concrete [18-19].
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202521;Concrete is the largest man-made construction material used worldwide, and once a building or structure is disintegrated, it correspondingly becomes a major source of
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2024111;However, incorporating high amounts of WG into concrete poses challenges, with alkali-silica reaction (ASR) [21, 22] being a major concern.To enable the large-scale use
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11;Numerous studies on the use of granite waste as a partial replacement for cement or river sand in concrete and mortars have been conducted. Celik and Marar [1]
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202521;Modern infrastructure development and building construction heavily rely upon cement and concrete utilization. Recent rapid urbanization and industrialization have
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2024223;“Enhanced early hydration and mechanical properties of cement-based materials with recycled concrete powder modified by nano-silica.” J. Build. Eng. 50 (Jun):
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2015428;The use of waste materials not only saves natu- ral resources and dumping spaces but also it maintains a clean environment.Partial replacement of waste materialin
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128;Nevertheless, attempts have been made in recent years to recycle the fine portion as waste concrete powder (WCP) by grinding before use. In this research, WCP was
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814;Concrete is one of the most used material in construction. Considering its capacity to harden upon water contact, solidification, and acquisition of full strength, concrete becomes capable of
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