study of mechanical properties of concrete using waste

Title: A Study on Mechanical Properties of Concrete Using Silica Sand as Partial Replacement of Cement Author: Sravani Pachipala Created Date: 7/11/ 5:42:47 AM

The mechanical properties of concrete are primary parameters influencing the analysis and design of concrete structures. Availability of reliable equations to correlate the mechanical properties and mix proportion of CMWFS can save cost, time and promote the use of WFS in the construction industry.

casted, cured and tested for mechanical properties. Conventional concrete specimens were also casted and tested for reference. In this experiment the results of steel industrial waste concrete, polypropylene fibre with steel industrial waste concrete and plain concrete are discussed for M30 grade of concrete.

Abstract - This paper presents the experimental study of mechanical properties of concrete using recycled aggregate with nano silica parameters such as compressive strength, flexural strength and split tensile strength of the M20 and M30 grade of concrete. The fine aggregate was replaced with

Study on Mechanical properties of High Performance Concrete with Alccofine and Waste Glass Powder Mahammedtofik Y. Patel1, Prof. A.R.Darji2, Prof. B.M.Purohit3 1 Research Scholar, GEC Dahod, Gujarat, India Email: [email protected] 2 Assi.

A review on the use of plastic waste in preparation of cement mortar and concrete preparation is already available, physical and mechanical properties for the application of concrete modified with plastic were studied (Siddique et al). Data about using plastic as aggregate were provided only for some of properties,

results of this study that using copper slag as coarse aggregate in high-strength concrete is technically possible and useful. Wei wu et al ( ) investigated the mechanical properties of high strength concrete replacing fine aggregate with copper slag. Micro silica was used to supplement the

The use of ground seashells as a partial cement replacement is less favourable in application, since the production of shell powder requires intensive energy to burn and grind the shells as fine grain powder. Until recently, there are not many studies reported the influence of ground seashells on the mechanical properties of concrete. In one study,

Coarse aggregate is one of the main ingredients of asphalt concrete as it plays a vital role in the serviceability and durability of a flexible pavement. This study aimed at evaluating the effect of partially adding waste plastic aggregates in asphalt mix and studying its influence on different physical and mechanical properties.

May 06,  · In this paper, a comparative study of the mechanical behavior of mortars with cement replacement by wood waste ash (WWA) of 0, 0.5, 1 and 3% by weight was performed. Physical and chemical properties such as density, dynamic modulus of elasticity and compressive strength were evaluated after 7, 30 and 90 days of curing. WWA and cement were analyzed by means of X-ray

CHAPTER 4 TRIAL MIXES PERFORMANCE OF CONCRETE CONTAINING WASTE CONCRETE ASH 4.1 Introduction 89 4.2 Concrete Density 91 4.3 Compressive Strength 93 4.4 Conclusion 97 CHAPTER 5 MECHANICAL PERFORMANCE & DURABILITY OF CONCRETE CONTAINING WASTE CONCRETE ASH AS CEMENT REPALCEMENT MATERIALS 5.1 Introduction 99

Investigations were done on M 30grade concrete by replacing coarse aggregate partially by plastic fiber to get maximum strength. This work presents the Strengt

This study presents an experimental approach for the use of Papercrete for construction. Green materials are now the preferred material for construction since they are capable of lighter weight and affordable. Based on recent studies, alternative

However, there is no study of Waste Bakelite Aggregate (WBA) mixed in concrete in Thailand. This study aim is investigating the mechanical properties of Waste Bakelite Aggregate Concrete (WBAC) compare to conventional concrete (CC).The methodology is based on an experimental program by testing of concrete specimens.

solution than in KOH solution. GGBS is a waste material generated in iron or slag industries have significant impact on strength and durability of geopolymer concrete. 2. Objective of the Work . The project aim is to produce geopolymer concrete using GGBS and compare its mechanical properties with the normal concrete. 3. Materials

Jul 01,  · Study on Mechanical Properties of Concrete Using Plastic Waste as an Aggregate. B Jaivignesh 1 and A Sofi 1. Published under licence by IOP Publishing Ltd IOP Conference Series: Earth and Environmental Science, Volume 80, International Conference on Civil Engineering and Infrastructural Issues in Emerging Economies (ICCIEE ) 17–18 March , Tirumalaisamudram, Thanjavur,

Mechanical and Durability Properties of Concrete Made with Used Foundry Sand as Fine Aggregate. G. Ganesh Prabhu,1 Jin Wook Bang,1 Byung Jae Lee,2 Jung Hwan Hyun,1 and Yun Yong Kim1. 1Department of Civil Engineering, Chungnam National University, Daejeon 305-764, Republic of Korea.

A systematic use of waste materials involves the classification of the mentioned waste materials according to their strength capacity, durability and utility. The basic components obtained from construction and demolition waste in concrete, masonry and mortar. Secondary raw aggregates are obtained from the waste crushed concretes.

concrete are proposed. Several studies related to sustainable concrete construction have encouraged the usage of industrial waste products such as SF and FA. Design of structures, made using such SF and FA concrete, for an acceptable level of safety, requires the probabilistic descriptions of its mechanical properties.

Feb 26,  · Title: MECHANICAL PROPERTIES OF CONCRETE USING IRON WASTE AS A PARTIAL REPLACEMENT OF SAND. Authors: Krikar M-Gharrib Noori , Hawkar Hashim Ibrahim. DOI: 10.23918/iec .16. Abstract: The utilising of iron waste in concrete as a partial replacement of sand is attaining enormous significance nowadays, mostly because of the improvement in the strength of concrete

Mechanical properties (compressive strength, split tensile strength, andmodulusof elasticity) of concrete produced with treated recycled concrete aggregate, and with addition of fly ash/silica fume, showed significant improve-ment when compared with conventional concrete.

amount of nano ceramic (WNC) in the concrete increase its mechanical properties. In addition, using nano-SiO 2 and pozzolan simultaneously leads to improved compressive strength and a reduced water absorption capacity. Therefore, nano-SiO 2 can improve the effects of ground ceramic powder on the properties of concrete. Keywords: Waste nano ceramic , milling, Nano-SiO 2,

Experimental Study on Mechanical Properties of Concrete by using Marble Sludge Powder as Admixtures A. Dhanalakshmi Assistant Professor Department of Civil Engineering P.S.R Engineering College, Sivakasi, TamilNadu. Abstract Nowadays reusing of waste material is necessary to reduce the waste deposit in our world. The waste deposit will create

Hempcrete produced with cement or lime provides much better hygrothermal behavior than conventional concrete depending on component proportions and wall, floor, or roof application [28 R.D. Valle-Zermeño, J. Aubert, A. Laborel-Préneron, J. Formosa, and J. Chimenos, "Preliminary study of the mechanical and hygrothermal properties of hemp

In this study, the effect of adding steel wires obtained from waste car tires to self-compacting concrete on mechanical properties of the concrete and how the mechanical properties will change when exposed to salty water were examined. In addition, the adherence of waste wires to concrete was examined in micro-dimension by taking SEM images.

Dec 15,  · @article{osti_22959252, title = {Study of the Interaction Between Oligomerised Recycled Poly(ethylene terephtalate) and Concrete Waste}, author = {Cestari, Sibele Piedade, E-mail: [email protected] and Albitres, Gerson Alberto Valencia, E-mail: [email protected] and Pires, Homero Modesto, E-mail: [email protected] and França da