Dr. Shamanth Gowda .T

Dr. Shamanth Gowda .T

Assistant Professor

Ph.D

shamanth.civ@bmsce.ac.in

Research Interests: Concrete Technology and Sustainable Construction practices.

About

To be a student and keep learning more

Education

  • Ph.D - High Performance Concrete
    Visvesvaraya Technolgical University
    Passed Year: 2024 | Program Type: PartTime
  • M.Tech - Construction Technology
    VTU
    Passed Year: 2016 | Program Type: FullTime
  • B.E - Civil Engineering
    VTU
    Passed Year: 2013 | Program Type: FullTime

Selected Publications

  • Journal | Published On : 14-02-2026
    V. Vidyadhara, T. Shamanth Gowda & R. V. Ranganath
    Geopolymer concrete production by utilizing unprocessed pond ash as fine aggregate and ground pond ash as binder
    Weblink
  • Journal | Published On : 03-07-2023
    Shamanth Gowda T, R V Ranganath
    High early strength-high performance concrete produced with combination of ultra-fine slag and ultra-fine silica: Influence on fresh, mechanical, shrinkage and durability properties with microstructural investigation
    Weblink
  • Journal | Published On : 21-09-2022
    Shamanth Gowda T, R V Ranganath
    Super plasticizer assisted bath ultra sonication for dispersion of multi walled carbon nanotubes in cement composites
    Weblink
  • Conference | Published On : 14-10-2020
    Vidyadhara V, Shamanth Gowda T and R V Ranganath
    An Investigation on Pozzolanicity of Mechanically Activated Pond Ash
    Weblink
  • Journal | Published On : 03-04-2020
    Shamanth Gowda T, R V Ranganath
    Utilization of Coal Fly ash and ultra fine additives in producing HPC: Influence on early strength, flexural parameters and microstructure
    Weblink
  • Conference | Published On : 05-03-2018
    R V Ranganath, Shamanth Gowda T, Naveen Katavi and Shashikiran M R
    Sustainable Approach To Develop Ultra High Performance Concrete Using Industrial Wastes And By Products
    Weblink
  • Journal | Published On : 01-12-2017
    Shamanth Gowda T and R V Ranganath
    Microstructure modification of cementitious composites for enhanced engineering properties using nano-graphene oxide layers
    Weblink

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