Open AccessPerformance of Geopolymer Concrete at High Temperature
Author(s) -
K K V D Prasad K. Lokesh
Publication year - 2020
Publication title -
international journal of modern trends in science and technology
Language(s) - English
Resource type - Journals
ISSN - 2455-3778
DOI - 10.46501/ijmtst060727
Subject(s) - ground granulated blast furnace slag , fly ash , materials science , sodium silicate , waste management , sodium hydroxide , compressive strength , composite material , environmental science , engineering , chemical engineering
Production of concrete cause semanationo fan equal measure of Carbon dioxide, which is an ozonedepleting substance into environment causing a worldwide temperature alteration. Fly debris and groundgranulated impact heater slag (GGBS) has cementations material properties and consequently can be utilizedas substitute material for concrete to beat the natural issues. During power age in warm plants huge amountof fly debris is created as a waste item, removal of which is issue and correspondingly GGBS is delivered insteel plants. Normal waterway sand isn't accessible to meet the necessity and furthermore costlier becauseof the constrained just as unlawfuldigging. Thus produced sand is utilized as another for stream sand.Geo-polymer is normally known as inorganic aluminum -hydroxide polymer which is blended dominatinglyfrom silicon and aluminum particles in fly debris and GGBS. Structures like private structures, businessstructures like film lobbies, workplaces, ventures, shopping centers, lodgings, schools, clinics, burrows, oilwells and so forth, might be inclined to fire mishap at any timeframe during theiradministration.Consequently in this examination an endeavor is made to consider the compressive quality and flexuralquality of geo-polymer concrete made of class F fly debris, GGBS,M sand, utilizing Sodium Hydroxide andSodium Silicate arrangements as salt activators in various blend extents and the examples are exposed towarm relieving at 60°C and 70°C with various proportion so the activatorarrangements and molarities ofsoluble arrangement presented to raised temperature.