Academic Identity

Vidwan-ID : 113345

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  • Dr Viswanath Balakrishnan

  • Professor
  • Indian Institute of Technology Mandi
Publications 2005 - 2024

Publications

  • 112
    Journal Articles
  • 2
    Book Chapter
  • 5
    Conference
    Proceedings
  • 2
    Review
  • 6
    Projects
  • 4
  • 4
  • 2
  • 102

Citations / H-Index

2964 Citations
30 h-index
2815 Citations

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427
12

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Co-author Network

Expertise

Materials Science Multidisciplinary

Materials Engineering; Nanomanufacturing; Nanomechanics; Optoelectronics; Energy Storage;Electron Microscopy

Personal Information

Dr Viswanath Balakrishnan

Male
Indian Institute of Technology Mandi, Kamand Campus
Mandi, Himachal Pradesh, - 175005

Experience

  • Professor

    School of Mechanical and Materials Engineering

    Indian Institute of Technology Mandi

  • Associate Professor

    School of Mechanical and Materials Engineering

    Indian Institute of Technology Mandi

  • Assistant Professor

    Indian Institute of Technology Mandi

  • Post-Doctoral Research Associate

    Massachusetts Institute of Technology

  • Post-Doctoral Fellow

    Harvard University, Cambridge

Qualification

  • Ph.D

    Indian Institute of Science

  • M.Sc

    Anna University

Research Projects

Phase selective CVD growth with controllable 1T-1H phase transition in WS2 monolayer for optoelectronic device application

Funding Agency : MHRD-STARS

Scalable manufacturing of asymmetric micro supercapacitor for next generation energy storage devices

Funding Agency : DST-MES

Engineering photoluminescence of tungsten sulfide through doping and electrical biasing

Funding Agency : DST-JSPS

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Phase selective CVD growth with controllable 1T-1H phase transition in WS2 monolayer for optoelectronic device application

Funding Agency : MHRD-STARS

Scalable manufacturing of asymmetric micro supercapacitor for next generation energy storage devices

Funding Agency : DST-MES

Engineering photoluminescence of tungsten sulfide through doping and electrical biasing

Funding Agency : DST-JSPS

Investigation of phase change nanocomposite for high strain rate resistant armor applications

Funding Agency : DRDO

Site specific growth and nanomanufacturing of aligned carbon nanotubes for device applications

Funding Agency : DST-SERB

Development of aligned CNT composite for light weight and high strength applications

Funding Agency : Azista Industries

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Publications (121)

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