Journal Title : International Journal of Modern Trends in Engineering and Science


Author’s Name : Dinesh A | Padmanaban I | Maruthachalam M unnamed

Volume 03 Issue 08 2016

ISSN no:  2348-3121

Page no: 97-100

Abstract – Structural low density aggregate Concrete has an ability to reduce the self weight of the structure as well as reduces the risk of earthquake damages to a structure because earthquake forces are proportional to mass of the structure. In Design of concrete structures, low density concrete plays a prominent role in reducing the density and to increase the thermal insulation. These may relate to both structural integrity & serviceability. For structural application of low density concrete, the density is often more important than the strength. A decreased density for the same strength level reduces the self-weight, foundation size and construction costs. Low density aggregates have high porosity, their resistance to chloride penetration is better than normal weight concrete because pores are not interconnected. Exfoliated vermiculite is studied, it is used as a filler material because of its low bulk density, high refractoriness, low thermal conductivity and adequate chemical inertness. All along vermiculite has high amount of silica content. Thus effective utilisation of silica based materials as a building material. Structural low density aggregate concrete is an versatile material, which offers a range of technical, economic and environmental-enhancing. Structural low density aggregate concrete was designed with the use of expanded perlite aggregate, expanded vermiculite aggregate,that will provide an advantage of reducing dead weight of structure and to obtain a more economical structural low density concrete by the use of these materials as a replacement of the coarse aggregate.

Keywords— Low Density Concrete, Exfoliated Vermiculite, Exfoliated Perlite, Mechanical properties 


  1. Dr.V.Bhaskar Desai and Mr. A. Sathyam,“Some Studies on Strength Properties of Light Weight Cinder Aggregate Concrete”, Volume 4, Issue 2, February 2014 1 ISSN 2250-3153
  2. Dayalan J and Buellah “Internal Curing of Concrete Using Prewetted Light Weight Aggregates”, Vol. 3, Issue 3, March 2014
  3. Lakshmi Kumar Minapu, Ratnam, Rangaraju,“Experimental Study on Light Weight Aggregate Concrete with Pumice Stone, Silica Fume and Fly Ash as a Partial Replacement of Coarse Aggregate”. Vol. 3, Issue 12, December 2014 ISSN: 2319-8753
  4. Habibur Rahman Sobuz,Noor Md. Sadiqul Hasan,,“Structural Lightweight Concrete Production by Using Oil Palm Shell” Volume 2014, Article ID 870247
  5. Khonsari, Eslami , Anvari “Effects Of Expanded Perlite Aggregate (EPA) On The Mechanical Behaviour Of Lightweight Concrete” 2010 Korea Concrete Institute, ISBN 978-89-5708-182
  6. Praveen Kumar, Manojjkumar , Prakash K , Siddesh K Pai “ Experimental Study Of Vermiculite Insulated Samples With Conventional Samples In Construction Industry” International Journal of Research in Engineering and Technology ,ISSN: 2319-1163
  7. Poornima Bharathi S, Gopi R , Revathi V “Strength And Durability Studies On Self Compacting Self Curing Concrete Using Lightweight Aggregates”, Integrated Journal of Engineering Research and Technology Issn No. 2348 – 6821
  8. IS (Indian standard) (1982) IS 10262 – 1982 : recommended guidelines for concrete mix design, bureau of Indian standards, New delhi.
  9. IS (Indian Standard) (1982) IS 456-2000: plain and reinforced concrete code of practice, bureau of Indian standards, New delhi.
  10. IS (Indian Standard) (1959) IS 1199 – 1959: method of sampling and analysis of concrete, bureau of Indian standards, New delhi.
  11. IS (Indian Standard) (1959) IS 516 – 1959 : method of concrete for strength of concrete, bureau of Indian standards, New delhi
  12. N. Sivalinga Rao, Y. Radha Ratna Kumari, V. Bhaskar Desai, B.L.P. Swami(2013), “Fibre Reinforced Light Weight Aggregate (Natural Pumice Stone) Concrete”, International Journal of Scientific & Engineering Research Vol. 4, Issue 5,ISSN 2229-5518.
  13. OlaosebikanFolorunso, Christopher Dodds, Georgios Dimitrakis, Samuel Kingman(2012), “Continuous energy efficient exfoliation of vermiculite through microwave heating”, International Journal of Mineral Processing,Vol. 114–117,Pages 69-79.
  14. C. L. Teo, M. A. Mannan, and V. J. Kurian(2006), “Structural concrete using Oil Palm Shell (OPS) as lightweight aggregate,” international Journal of Engineering and Environmental Sciences, vol. 30,pp. 1–7.
  15. Hwang C.L., Hung M.F.(2005), “Durability Design and Performance of Self-Consolidating Lightweight Concrete”, Construction and Building Materials,Vol. 19, pp. 619-626.
  16. Henglong Zhang, Hongbin Xu, Xiaoliang Wang, Jianying Yu “Microstructures and thermal aging mechanism of expanded vermiculite modified bitumen” Construction and Building Materials, Volume47, October2013, Pages919-926.
  17. Karla CechBarabaszova, Marta Valaskova(2013), “Characterization of vermiculite particles after different milling techniques”,Powder Technology, Vol. 239,Pages 277-283.
  18. Khandaker M., Hossain A.(2004), “Properties of Volcanic Pumice Based Cement and Lightweight Concrete”, Cement and Concrete Research, Vol. 34,pp. 283-291.
  19. Michael Golias and fatith ozcan “Absorption And Desorption Properties Of Fine Lightweight Aggregate For Application To Internally Cured Concrete Mixtures” Volume-47, October-2013.