Effect of high volume fly ash and micro-steel fiber on flexural toughness and durability properties in self-compacting lightweight mortar (SCLM)

Kaplan, Gökhan; Bayraktar, Oğuzhan Yavuz; Memiş, Selçuk

doi:10.1016/j.conbuildmat.2021.124877

Cited by 18 publications

(1 citation statement)

References 96 publications

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“…The demand for urban areas increases the need for new residential areas [18][19][20] and construction of new housings [21][22][23]. This need also increases the demand for concrete, which is an important raw material especially in the building industry and constitutes an important share of construction costs [24][25][26]. Thus, the studies addressing the use of environmental wastes as an alternative to concrete in order to decrease the costs of concrete and to eliminate the environmental wastes gain more importance and many studies were carried out on this subject in recent years [27][28][29].…”

Section: Introductionmentioning

confidence: 99%

Usability of Organic Wastes in Concrete Production; Palm Leaf Sample

Bayraktar

2022

KUJES

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Palm leaves are vegetal waste that are not widely used by the society, only piled up and causing odors that mix with the environment. Channeling this waste material into the construction industry helps to overcome waste disposal problems as well as promote sustainability. The most important features expected from the buildings are the creation of the most suitable environmental conditions for the products to be stored or the creatures that will live in them, and they can be used safely for a long time. In the construction of the buildings, materials that are the cheapest possible, safe and capable of creating the optimum environmental conditions should be used. The materials to be selected should have sufficient strength and durability, high heat and sound insulation and lightness. Since single-storey buildings are not subject to excessive load, it is important that the thermal insulation is high and light in material selection. Since the widespread use of concrete as a building material in the world, efforts to make concrete light, cheaper and better insulating have gained importance. Lightweight concrete, which is easy to apply, has been an important building material in recent years. With the use of lightweight concrete as a building material, benefits such as economy in terms of material, earthquake resistance, and the elimination of a second insulation material for heat and sound insulation can be achieved. In this study; Experimental study using Portland cement (CEM I), Palm Leaf, CEN standard sand and water mortar production; sample production, curing, some physical and mechanical experiments were carried out in four stages. The usability of palm leaf, which is a vegetable waste, as aggregate in concrete production by replacing it with CEN standard sand at 0, 5, 10, 20, 30 and 40% as well as 10% with cement has been investigated. The study results show that the addition of both ground palm leaf and palm leaf aggregate significantly altered almost all properties of concrete. These changes are at different levels in terms of physical properties. As a result of the study, it was determined that as the amount of foam increased, the spreading diameter increased, whereas palm leaf addition decreased the spreading diameter. It has been determined that the addition of palm leaf decreases the depth of water treatment depending on time, the porosity of the samples with high level of palm leaf addition increases and the compression and bending strength decreases.

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Section: Introductionmentioning

confidence: 99%

Usability of Organic Wastes in Concrete Production; Palm Leaf Sample

Bayraktar

2022

KUJES

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Innovative lightweight concrete: effect of fiber, bacteria and nanomaterials

Beytekin,

Biricik Altun,

Mardani

et al. 2024

Iran Polym J

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It was reported that various studies have been carried out to increase the strength, permeability and durability performances of lightweight concrete (LC) mixtures. Extensive research was carried out on the production of sustainable and ecologic LC. In this context, the use of various innovative materials and methods have been demonstrated. In this direction, increasing the service life of concrete produced by the use of fiber, nanomaterials and self-healing with bacteria is one of the applied methods. In this study, the effects of the use of fiber, nanomaterials and bacteria on the workability, unit weight, strength, toughness, modulus of elasticity, impact resistance, permeability, drying-shrinkage, freeze–thaw, high temperature resistance, thermal conductivity performance of LC mixtures have been compared in detail. It was reported that workability, specific gravity, permeability, thermal conductivity and drying-shrinkage values decrease, while strength, high temperature resistance, freeze–thaw resistance and toughness performance increase with the addition of fiber and nanomaterials to LC mixtures. While it was emphasized that the strength and permeability performance and elasticity modulus values of the mixtures increased with the addition of bacteria. In addition, the use of fiber has insignificant effect in terms of the modulus of elasticity. Graphical abstract

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Influence of deteriorated stirrups on the shear performance of RC beams incorporating fly ash and enhanced with carbon fiber-reinforced polymer strengthening

Sathe,

Patil

2024

Innov. Infrastruct. Solut.

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Effect of high volume fly ash and micro-steel fiber on flexural toughness and durability properties in self-compacting lightweight mortar (SCLM)

Cited by 18 publications

References 96 publications

Usability of Organic Wastes in Concrete Production; Palm Leaf Sample

Usability of Organic Wastes in Concrete Production; Palm Leaf Sample

Innovative lightweight concrete: effect of fiber, bacteria and nanomaterials

Influence of deteriorated stirrups on the shear performance of RC beams incorporating fly ash and enhanced with carbon fiber-reinforced polymer strengthening

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