Vidwan-ID : 354262



  • Dr Mahendran, G.

  • Principal
  • IFET College of Engineering
Publications 2009 - 2019

Publications

  • 26
    Journal Articles
  • 2
    Projects
  • 3

Citations / H-Index

142 Citations
3 h-index
121 Citations

Co-author Network


Expertise

Manufacturing Engineering

Material joining process

Personal Information

Dr Mahendran, G.

Male
5/42, SHANMUGA NAGAR Koothapakkam, Near St josephs convent
, Tamil Nadu, India - 607002


Experience

  • Principal

    IFET College of Engineering

  • Professor

    Department of Mechanical Engineering

    IFET College of Engineering

  • Professor

    MECHANICAL ENGINEERING DEPARTMENT

    V.R.S College of Engineering and Technology


Qualification

  • Ph.D

    Annamalai University

  • M.TECH

    IIT MADRAS

  • B.E

    Annamalai University


Doctoral Theses Guided

2020

Investigations on diffusion bonding aluminium alloys (AA5083, AA7075, AA6082)

Dr. S.Venugopal, Sathyabama institute of Science and Technology

2019

Investigations on diffusion bonding characteristics of fly ash and SiCp reinforced aluminium metal matrix composites

Dr. Sittaramane. A, Sathyabama institute of Science and Technology

2020

Investigations on diffusion bonding aluminium alloys (AA5083, AA7075, AA6082)

Dr. S.Venugopal, Sathyabama institute of Science and Technology

2019

Investigations on diffusion bonding characteristics of fly ash and SiCp reinforced aluminium metal matrix composites

Dr. Sittaramane. A, Sathyabama institute of Science and Technology

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Membership In Professional Bodies

1998

ISTE

PERMEANENT

1998

ISTE

PERMEANENT

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Research Projects

Cyber Physical manufacturing systems for future industries

Funding Agency : AICTE

Experimental investigation an effect of nano fluid submerged FSP/FSW technique on the microstructural and mechanical properities of titanium aluminium matrix composites

Funding Agency : UGC - DAE - CSIR & IGCAR

Cyber Physical manufacturing systems for future industries

Funding Agency : AICTE

Experimental investigation an effect of nano fluid submerged FSP/FSW technique on the microstructural and mechanical properities of titanium aluminium matrix composites

Funding Agency : UGC - DAE - CSIR & IGCAR

Read Less