Effect of fly ash and polypropylene fibre on geotechnical properties of clayey soil

  IJETT-book-cover  International Journal of Engineering Trends and Technology (IJETT)          
  
© 2019 by IJETT Journal
Volume-67 Issue-12
Year of Publication : 2019
Authors : Ali Mohd Dar, Mohd. Arif Dar, Anoop Sharma
  10.14445/22315381/IJETT-V67I12P201

MLA 

MLA Style: Ali Mohd Dar, Mohd. Arif Dar, Anoop Sharma  "Effect of fly ash and polypropylene fibre on geotechnical properties of clayey soil" International Journal of Engineering Trends and Technology 67.12 (2019):1-4.

APA Style: Ali Mohd Dar, Mohd. Arif Dar, Anoop Sharma. Effect of fly ash and polypropylene fibre on geotechnical properties of clayey soil  International Journal of Engineering Trends and Technology, 67(12),1-4.

Abstract
Nowadays there is immense problem to harmless disposal of industrial wastes. Lots of waste resources are non-biodegradable so they make a environmental contaminated in the locality. Some studies show that in earlier period, manufacturing wastes can be used successfully in road construction. In the process of road making, the use of unwanted materials is based on some industrial, monetary and ecological criteria. Like India is a rising country and has a vast network of manufactories that are positioned in different parts of the country and may more are to establish in next few years. Industrial wastes are formed in huge amount from these industries in thousand tons. The disposal and pollution problems may be controlled by suitably utilizing the waste materials in construction sites. It is very crucial to test the materials properly and to build up a methodology and specifications, to increase the utilization of the industrial wastes for their successful use in road construction. This paper describes the use of polypropylene and Fly Ash for soil stabilization. Modified proctor test, California bearing ratio test and unconfined compression strength test were carried out . The fraction of polypropylene is used in this paper is 0.00, 1.00, 1.50,2.00 along with fixed value of fly ash 30%. The different percentage were determined which showed considerable enhancement in the strength of treated soil. The maximum value of C.B.R. is at 2% Polypropylene and fly ash 30% . additional increase in ratio of Polypropylene the C.B.R. value increases. The maximum value of U.C.S. is also at 2% Polypropylene and fly ash 30%. Experiment results show Polypropylene and fly ash enhances the strength properties of soil along with use of economical materials and also solves the environment problem.

Reference

[1] Lacuoture, A.an d Gonzalez, H,(1 9 95 ), “Usage of Organic Enzymes for the stabilization of Natural base soils and sub bases in Bagota”, Pontificia Universidad Jevariana, Faculty of Engineering.
[2] SurekaNaagesh and Gangadhara. S (2010), Swelling Properties of Bio-enzyme Treated Expansive soil, International Journal of Engineering Studies, Volume 2, Number 2, pp. 155–159
[3] Isaac, Biju K. P and Veeraragavan (2003), “Soil Stabilization Using Bio-Enzyme for Rural Roads” presented at the IRC Seminar “Integrated Development of Rural and Arterial Road Networks for Socio- Economic Development”, New Delhi 5-6 December 2003
[4] Faisal Ali “Stabilization of Residual Soils Using Liquid Chemical”(2012)Civil Engineering Department, Faculty of Engineering, National Defense University of Malaysia, Kuala Lumpur, Malaysia
[5] Agarwal, P., and Kaur, S. (2014), “Effect of Bio Enzyme Stabilization on Unconfined Compressive Strength of Expansive
[6] Sharma, A., “Laboratory Study to Use of TerraZyme for Soil Stabilisation”, Research Report (unpublished) Central Road Research Institute, New Delhi 2001.
[7] M B Mgangira 2010“evaluation of the effects of enzyme-based liquid chemical stabilizers on sub-grade soils” CSIR, Built Environment, Pretoria.
[8] A.U.Ravi Shankar, Harsharai & RameshaMithanthayal.,(2009), “Bio enzymatic stabilized lateritic soil as a highway material” Journal of the Indian Roads Congress.
[9] GreeshmaNizyEujine, Lamato T. Somervel, Dr S.Chandrakaran , Dr.N.Sankar , (2014)”Enzyme Stabilization of High Liquid Limit Clay” Vol.19 6995, Electronic Journal of Geotechnical Engineering.
[10] IS 2720 (Part IV) (1975) “Determination of Grain Size” Bureau of Indian Standards, ManakBhavan, New Delhi.

Keywords
Clayey Soil, Fly Ash, PP Fibre, Soil Stabilization.