A STUDY ON DEALER’S SATISFACTION WITH REFERENCE TO TAMILNADU CEMENT CORPORATION LTD., ARIYALUR. SUMMER PROJECT REPORT Submitted by M. SWAMINATHA PRABU REGISTER NO: 27348351 Under the Guidance of Mrs. M. JANAKIRAMA, M.B.A, P.G.D.C.A Faculty in the Department Of Management Studies in partial fulfillment for the award of the degree of MASTER OF BUSINESS ADMINISTRATION DEPARTMENT OF MANAGEMENT STUDIES SRI MANAKULA VINAYAGAR ENGINEERING COLLEGE PONDICHERRY UNIVERSITY
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Advanced Materials Research Vol. 549 (2012) pp 762-765 Online available since 2012/Jul/09 at www.scientific.net © (2012) Trans Tech Publications, Switzerland doi:10.4028/www.scientific.net/AMR.549.762 Semi-dry desulfurization ash modification and application in autoclaved brick Fu Ying-li1,a, Mu Yan1,b , Zhao Feng-qing1,3,c 1 2 Chemical Department, Hebei University of Sci.＆Tec. , Shijiazhuang 050018 P.R. China Hebei Research Center of Pharmaceutical and Chemical Engineering, Shijiazhuang, P
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Case Report I, 2014 Fly ash brick project: feasibility study using CVP analysis Executive Summary “Fly Ash Brick” project describes a case of two business people, Rajiv Sharma and Alok Gupta intending to start a business and deciding on whether it will be financially profitable and feasible to tap into this opportunity. Opportunity arose because India utilizes huge amount of coal in order to extract energy and in the process a lot of waste is produced, in this case - fly ash. Huge amount of this
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Landscape and Policy Analysis Fly Ash U)liza)on in China October 2010 1. China fly ash utilization overview 2. Drivers of fly ash utilization and relevant policy development trends 3. Big 5 independent power producers China fly ash u5liza5on overview: a long history of fly ash u5liza5on 1950s China begins u5lizing fly ash, mainly in the construc5on sector
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FLY ASH CONCRETE: A TECHNICAL ANALYSIS FOR COMPRESSIVE STRENGTH Dr S L Pati11, J N Kale 2, S Suman3 Address for Correspondence 1Head, Applied Science Department, 2Sr. Lecturer, 3Lecturer, SSBT’s College of Engineering
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Redefined” Suggested Recipe: 1 Fly Ash - Cement Recipe Bricks Size: 230 X 110 X 75 mm Assumed Bricks Weight 2.8 kgs Materials Fly Ash Sand Cement % of Bricks Weight 65 – 70 % 25 – 28 % 8 – 10 % Qty/Brick Remarks 1.82 – 1.96 kgs Free from Lump / Stones / Roots 0.70 – 0.78 kgs Sieved Quality ≤ 3mm Size 0.22 – 0.28 kgs OPC 53 Grade Suggested Recipe: 2 FAL – G Recipe Bricks Size: 230 X 110 X 75 mm Assumed Bricks Weight 2.8 kgs Materials Fly Ash Sand Lime Gypsum % of Bricks Weight 60 – 65 % 22 – 25 %
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Concrete + Fly ash Properties of the material Shapes Fly ash consists mainly of hollow spherical shapes which creates a ball bearing effect in the mix, improving workability without increasing water requirements. Fly ash also improves the pump-ability of concrete by making it more cohesive and less prone to segregation. The spherical shape improves the pump-ability by decreasing the friction between the concrete and the pump line. In addition, some fly ashes have been shown to significantly decrease
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used for construction and prepare a report. Materials commonly used in the construction industry * Concrete – Cement, Lime, Sand, Aggregates, Fly Ash, Water * Wood, Bamboo, Timber * Stones – Granite, Basalt, Limestone, Marble, Quartizite, Shale, Slate * Silt, Clay, Mud, Moorum, Puzzolona, Thatch * Gypsum * Brick, Crushed Bricks * Metals – Aluminum, Bronze, Copper, Nickel * Galvanized Iron, cast Iron, Ductile Iron, Stainless Steel, Mild Steel * Asbestos * Glass
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sources of air pollution in Ulaanbaatar, in no particulate order, include - Gers, Improved stoves, coal and briquettes, household heating systems, industrial boilers, power plants, brick kiln operations, transport - public and private, dust emissions - construction, road resuspension (on paved and unpaved roads), fly ash resuspension, and garbage burning. An unrestricted increase in air pollution, poses a significant challenge for rapidly growing city like Ulaanbaatar. The Figure below presents the
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such as fly ash and slag cement, aggregate, water, and chemical admixtures. * Solidifies and hardens after mixing with water and placement due to a chemical process known as hydration. The water reacts with the cement, which bonds the other components together, eventually creating a stone-like material. Concrete is used to make: * Pavements * Architectural Structures * Pipe * Foundations * Motorways * Bridges * Overpass * Parking Structures * Brick Wall
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