044 - 2235 7633 / 7634 / 7635 / 7636

ANNA UNIVERSITY, CHENNAI

Dr. S. Lakshmi, Ph.D

Professor

Dr. S. Lakshmi, Ph.D

Professor
lakshmi_sundaram@yahoo.com

International Journals

  • Lakshmi.S, Pugazhenthi Ayyar, Padmarekha,J, Muralikrishnan.J (2019), Influence of Rest period on the fatigue response of Bituminous mixture at low temperature, International Journal of Pavement Research and Technology ( Springer Jn), published by Springer journal, 12, 674-681 .
  • M.M. Lakshmi.S, Samuel Simron Rajkumar.J, Vijayalakshmi (2018), Experimental Investigation on bituminous mixes with MORTH gradation and super pave Gradation for Indian Condition, International Journal of Civil Engineering and Technology (IJCIET) , 461-471 .
  • Lakshmi.S, Giridharan Shanmugam, Selvi Rangam, Kayalvili,K.K (2017), "Prevalence of Surgical Site Inspection and Antimicrobial Sensitivity pattern in patients attending a tertiary care hospital in South India, A Prpspective Case study , Journal of Patients safety and Inspection Control, 5,12-17.
  • Lakshmi,S, Kamaraj,C, Rose,C , Muralidharan,C (2017), Wet Blue Fibre and Lime from Leather Industry Solid Waste as Stabilizing Additive and Filler in Design of Stone Matrix Asphalt, Asian Journal of Research in Social Science and Humanities, 7,240-257.
  • Lakshmi. S, Babu, E. S. D, Banupriya ,K (2017), Design of SMA using Leather Waste, International journal of Civil Engineering and Technology, 8, 832-841 .
  • Bakiya.P (2016), Safety of women passengers in Share Auto , A case study of Chennai", International Journal for Innovative Research in Science and Technology, 3.
  • Lakshmi.S, Sankaran Marisamynathan (2016), "Methods to determine pedestrian level of service for side walks, International Journal of Transportation Research.
  • (2016), Study on characteristics of Intercity bus passengers using N.Logit, International Journal of Social Science and Interdisciplinary Research, 5,31 to 38.
  • Kamaraj.C, Rose.C (2015), Chrome tanned leather buffing dust as a bitumen modifier for the design of dense graded Bituminous Concrete, International Journal of Applied Engineering Research, 10, 326 to 331.