Seawater-mixed concretes containing natural and sea sand
1 дек 2023 г. Seawater and sea sand concretes (SW-SS) have been undergoing evaluation as viable alternatives in concrete production. This review critically evaluates the literature in the
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1 дек 2023 г. Seawater and sea sand concretes (SW-SS) have been undergoing evaluation as viable alternatives in concrete production. This review critically evaluates the literature in the
To create sustainable non-load bearing CHB, experimental investigation had been carried out on the utilization of eggshells and green mussel shells as partial cement replacement mixed with
9 авг 2021 г. Extensive studies have been conducted on seawater sea-sand concrete (SSSC) in recent years due to the shortage of freshwater and river-sand in many coastal areas. This paper
30 ное 2017 г. This paper presents a critical review of existing studies on the effects of using sea-sand and/or seawater as raw materials of concrete on the properties of the resulting
1 дек 2024 г. Abstract. In order to study the mechanical properties of seawater sea sand concrete and the durability damage law of seawater sea sand concrete under the action of seawater
11 май 2021 г. The principal findings of this review reveal that although harmful ingredients in seawater may weaken some of the concrete performances, applying proper curing conditions
30 ное 2017 г. This paper has presented a critical review of existing and ongoing research on the use of sea-sand and/or seawater as raw materials for concrete to replace river sand and freshwater, with particular attention to the effects of sea-sand and/or seawater on the properties of the resulting
1 дек 2023 г. Seawater and sea sand concretes (SW-SS) have been undergoing evaluation as viable alternatives in concrete production. This review critically evaluates the literature in the relevant research domain and summarizes the effects of salts in seawater and sea sand, on concrete
To create sustainable non-load bearing CHB, experimental investigation had been carried out on the utilization of eggshells and green mussel shells as partial cement replacement mixed with seawater. The eggshells and green mussel shells were air dried for 24 hours and then heated in an oven at 100°C in an oven for 12
20 окт 2010 г. In this article, the effects of mixing and curing concrete with seawater on the compressive, tensile, flexural and bond strengths of concrete are investigated. Concrete mixes were prepared by varying coarse aggregates, cement proportions and
17 окт 2022 г. The anti-corrosion property of fiber reinforced polymer (FRP) makes the concrete produced with marine wastes (waste brine after desalination) and resources (seawater and sea sand) a promising green structural material which can be a sustainable solution to fresh water and river sand scarcity in marine and offshore
9 авг 2021 г. Extensive studies have been conducted on seawater sea-sand concrete (SSSC) in recent years due to the shortage of freshwater and river-sand in many coastal areas. This paper reviews the properties of seawater and sea-sand and their effects on hydration, microstructure and properties of
30 ное 2017 г. This paper presents a critical review of existing studies on the effects of using sea-sand and/or seawater as raw materials of concrete on the properties of the resulting
1 дек 2024 г. Abstract. In order to study the mechanical properties of seawater sea sand concrete and the durability damage law of seawater sea sand concrete under the action of seawater erosion, corresponding specimens were prepared and subjected to cube compressive strength, flexural strength, and dry-wet cycle tests by taking the volume dosage of glass
6 май 2023 г. Benefiting from excellent engineering properties and a reduced greenhouse gas footprint, alkali-activated materials (AAM) are among the robust alternatives to Portland cement for civil infrastructure. Meanwhile, concrete production also accounts for around 20% of all industrial water consumption, and the global freshwater shortage is
11 май 2021 г. The principal findings of this review reveal that although harmful ingredients in seawater may weaken some of the concrete performances, applying proper curing conditions and adding