Results 51 to 60 of about 423 (109)
Experimental Analysis of Light Weight Concrete by Using of Light Weight Aggregat
INTERANTIONAL JOURNAL OF SCIENTIFIC RESEARCH IN ENGINEERING AND MANAGEMENTThis project investigates light weight concrete by replacing coarse aggregate with Light weight Aggregate (LWA). The methodology involves meticulous data collection, analysis, material selection, and the design of M30 grade concrete. It aims to evaluate how different proportions of LWA replacement affect concrete properties.
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Mechanical Behaviour of Light Weight Concrete Panels
International Journal of Innovative Technology and Exploring Engineering, 2019 Light weight concrete (LWC) Playing a primary position in lowering the useless weight of the shape as properly as it meets the goals of load-bearing man or woman in some cases. LWC manufacture distinct in keeping with the use and availability of materials offers the freeness in concrete design blend.
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Current Developments in Ultra-Light Weight Concrete
, 2023 Concrete, one of today's most important building materials, has different special types. One of them is lightweight concrete (LC). With the studies carried out on lightweight concretes (LWC), the unit weights tried to be reduced, and ultra-light concretes (ULWC) were tested.
TOPÇU, İlker Bekir +2 more
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Surface Modification of Autoclaved Light Weight Concrete
Journal of the Ceramic Association, Japan, 1987 Surface properties of commercial autoclaved light weight concrete (ALC) having 1.1nm-tobermorite as a major constitutional mineral were investigated. The effective field strength of the ALC surface was determined as 6.6×105e.s.u./cm2 from the slope of linear relation between heat of immersion (hi (sl)) and dipole moment of immersing media.
NAKAMURA, Masahiko +2 more
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The Recent Research on Bamboo Reinforced Concrete
MATEC Web of Conferences, 2017 The paper presents the last research on bamboo reinforced concrete in Brawijaya University Indonesia. Three kinds of structures studied in recent year, the mounting of pegs on reinforcement, the use of lightweight brick to reduce the weight of the beams,
Dewi Sri Murni, Nuralinah Devi
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Analysis of infilled beams using method of initial functions and comparison with FEM
Engineering Science and Technology, an International Journal, 2014 This paper presents a study carried out on reinforced concrete infilled beams. In reinforced concrete beams, less stressed concrete near neutral axis can be replaced by some light weight material like bricks to reduce the weight of the structure and also
Rakesh Patel, S.K. Dubey, K.K. Pathak
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Feasibility Study On Conventional Concrete And Cellular Light Weight Concrete (Foamed Concrete)
, 2016 Lightweight Concrete is a type of concrete which contains an expanding agent which increases the volume of the mixture while giving additional qualities such asnailbility and reduces the dead weight. It is lighter than the conventional concrete used . Countries like USA,United Kingdom and Sweden has been using lightweight concrete regularly in recent ...
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Economic Analysis of 3D-Printed Hempcrete Buildings
ASCE OpenThis paper studies the economic viability of single-story three-dimensional printed hempcrete (3DPH) housing by developing initial construction cost estimates for 16 US cities representing the respective climate zones identified by the US Department of ...
Mohammad Syed +3 more
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Development of a Light Weight Reactive Powder Concrete
Journal of Advanced Concrete Technology, 2004 Reactive Powder Concrete (RPC) is an ultra-high-strength, high ductility and low porosity cementitious material. RPC properties are improved by pressing fresh RPC samples, which can increase its specific weight as high as 3000 kg/m3. However, high specific weight may be a shortcoming, where weight saving is important. Following to this review, a set of
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Thermal conductivity of light-weight concretes especially of aerated and foam concretes
, 1952 It can be shown that assuming identical densities more favourable thermal conductivity values than would apply to building materials generally should be established for light-weight concretes produced from blast-furnace slag.
Cammerer, J. S. +1 more
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