DR RANJAN KUMAR
Swami Vivekananda University Kolkata, Adamas University, Indian Institute of Technology Dhanbad, Visvesvaraya Technological University, RVS College of Engineering and Technology
About
Dr. Ranjan Kumar is Currently Assistant Professor & Head in Dept. of
Mechanical Engineering at Swami Vivekananda University, Kolkata. He is also
serving as a visiting researcher at Gas turbine research establishment (DRDO
Lab), Bangalore. He received his Bachelor’s degree from VTU Belgaum, and
Master’s and Doctoral degrees from Indian Institute of Technology (ISM)
Dhanbad, all in Mechanical Engineering. Before Joining to Swami Vivekananda
University, Dr. Kumar has worked at Adamas University and RVSCET
Jamshedpur. His research interest includes failure analysis & Prognosis of
mechanical components, finite element simulation and analysis of real
engineering problems, vibration analysis of structures etc. He is having more
than 6 years of teaching and 8 years of research experience. He has extensive
research experience in the field of aero gas Turbine Engines for fighter jet and
aeroengines applications. He has executed projects in association with Gas
turbine research establishment, Bangalore. He has published 10 International
research papers in peer-reviewed journal majorly indexed in SCI and Scopus. He
is a professional member of “The Institution of Engineers” India and Society of
Automotive Engineers.
Employment
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Swami Vivekananda University Kolkata Head of Department2021 - Present
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Adamas University Assistant Professor2018 - Present
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RVS College of Engineering and Technology Assistant Professor2015 - 2018
Education
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Indian Institute of Technology Dhanbad MTech2013 - 2015
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Visvesvaraya Technological University BE
Projects & Funding
Projects & funding information is unavailable.
Publications (11)
- Experimental Optimization of Bead Geometry in WAAM for Single-layer Deposition Save
- Influence of Piston Bowl Geometry and Hydrogen–Diesel Mixing Ratios on Dual-Fuel Engine Combustion Save
- Experimental investigation of cutting parameters during laser beam machining of aluminum alloy 7075 Save
- Simulation studies on combined effect of variable geometry, rotation and temperature gradient on critical speed of gas turbine disc Save
- Experimental Investigation for Enhancing Surface Quality in 3D Printing Process Using Non-planar Layer Method Save
- Mode Shape Based Approach to Identify the Location of Crack and the Influence of Crack on Critical Speed of Gas Turbine Disc Save
- Acoustic Response of Thin Plate with Discrete Patches with Variable Thickness in Water Medium Save
- Finite element modelling and analysis of the burst margin of a gas turbine disc using an area weighted mean hoop stress method Save
- Burst strength analysis of gas turbine disc based on deformation characteristics Save
- Acoustic response of clamped isotropic plate with discrete patches and point masses having different thickness variation Save