11;The U.S. was one of the early countries to develop reef engineering by utilizing coral sand and coral rock as the raw materials of concrete. During the World War Ⅱ, the
2020110;The fine aggregate used for the preparation of concrete specimens was normal weight fine aggregate comprising 65% red sand and 35% crushed sand. The properties of the
1220;Replacing natural aggregate (NA) with recycled concrete aggregate (RCA) can improve the fatigue performance [8], rutting resistance [9] and moisture resistance [10] of
In the present study, an attempt has been made to experimentally study the properties of concrete and mortar by replacing the 100% natural sand with artificial sand. The results have shown
IV Material Properties Physical properties of sand The physical properties tested as per Indian sand property Quarry dust natural sand River sand cement Specific gravity 2.54-2.60 2.60
1114;The physical properties of naturally occurring river sand and man-made sand should be compared (M-sand). The current study focused on the M30, M40, and M50 mixtures.
201371;This paper present the physibility of artificial sand in concrete for the purpose of experimentation concrete mixes are design for m20 and m25 grades by 0 to 100 % with
Concrete, lightweight-See concrete, structural lightweight or specified density. Concrete, normalweight- Concrete having a density of 140 to 155 lb/ft³ (2240 to 2480 kg/m³) made with
2019228;The application of lightweight concrete into actual engineering such as large-span bridges, high-rise buildings and offshore oil platforms is considerably beneficial owing to
2019630;Tables 2 shows the physical properties of river sand and marine sand. The tap water in the Fuzhou municipal area is used as fresh water. The artificial sea water used in this
202541;Meanwhile the porosity of concrete would increase with the increase of the amount of PCM [24,25]. Therefore, in order to explore the high mechanical properties and high
21;Various studies have investigated the early compressive strength [7], long-term compressive strength [8], [9], elastic modulus [10], and steel corrosion of sea sand concrete
M. R. Chitlange in 2010 study shows that mixes with artificial sand as fine aggregate gives consistently higher strength than the mixes with natural sand. The sharp edges of the particles
1114;The physical properties of naturally occurring river sand and man-made sand should be compared (M-sand). The current study focused on the M30, M40, and M50 mixtures.
2024815;Concrete, a common material, is widely used in the field of construction building industries and is composed of four basic natural ingredients like sand (as fine aggregate),
101;The physical properties and mineral composition of sea sand are comparative to that of river sand with several differences in the The purpose of using artificial seawater in
201951;In this paper, a type of typical locally available manufactured sand (MS) was utilized, and its effect on the properties of Ultra-High Performance Concrete (UHPC) were
712;In the context of artificial pozzolanic admixtures, silica fume is categorized as such. This tables shows that the chemical and physical properties of the mineral admixture
Use of manufactured sand in concrete has been an area of interest for many researchers across the globe. The available limited natural sand is unable to meet the growing demand of fine ag
89;The chemical and physical properties of sea-sand vary greatly in different literatures [36], [37] due to different climate zones in which the sea sand resides. Chloride
IV Material Properties Physical properties of sand The physical properties tested as per Indian sand property Quarry dust natural sand River sand cement Specific gravity 2.54-2.60 2.60
715;Autoclaved aerated concrete (AAC) is a type of porous lightweight building material widely used in wall insulation [1, 2] and is made of calcium-containing materials
Key Words: Artificial sand concrete, Conventional concrete, Compressive strength, split tensile strength, Flexure strength 1. INTRODUCTION Table -3.1 Physical Properties of Ordinary
2000101;Pore systems in aerated concrete: (a) artificial air pore; (b) inter-cluster pore; (c) inter-particle pore. As many physical properties of aerated concrete depend on the density
2019630;Tables 2 shows the physical properties of river sand and marine sand. The tap water in the Fuzhou municipal area is used as fresh water. The artificial sea water used in this
20151115;A new artificial reef concrete (NARC) with sulphoaluminate cement, marine sand and sea water et al. was proposed. The effect of cement type, sand type and water type
Use of manufactured sand in concrete has been an area of interest for many researchers across the globe. The available limited natural sand is unable to meet the growing demand of fine ag
829;Geopolymer sand was used instead of natural sand to prepare cement mortar. Dynamic properties of cement mortar with different replacement rates were studied. Dynamic
117;The sand acquired over this procedure is more advanced by eliminating fine particles and impurities after finished sieving and washing. The bulk density, as well as the