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Date of Joining MEC: 04 February 2013
Professional Experience: Total 9 Years (3 Years Industrial and 6 Years Teaching)
Educational Profile
PhD (2023)
Renewable Energy sources- Wind Energy
Noorul Islam Centre for higher studies, Kumaracoil , TN.
M.E (2013)
Manufacturing Engineering
Anna University, Chennai / CSI Institute of Technology, Thovala, TN.
First Class
B.Tech (2008)
Mechanical Engineering
University of Kerala / PRS College of Engineering, Trivandrum.
First Class
Courses handled
Course
Manufacturing technology
Non Destructive Testing
Metrology &Instrumentation
Computer Integrated Manufactruing
Non Conventional Machining
Manufacturing Process
Basic Mechanical Engineering
Advanced Energy Engineering
Material handling&Facilities planning
UG/PG
UG
UG
UG
UG
UG
UG
UG
UG
UG
Times taken
1
2
3
2
2
1
1
1
1
Research Interest
Renewable energy sources
Electric discharge mahining
Cladding
Advance technology in Automobiles
Projects / Theses Guided
Design and Fabrication of food waste reducer machine
Fabrication of pick and place robot
Step climbing wheel chair
Numerical Analysis of Heat transfer by cooling Fins on an Air cooled IC Engines
Numerical Analysis of Thermal performance in different heat sinks with PCM and different pcm Types.
Design & Analysis of Wind turbine blades
Automated guided Vehicles
Design and Fabrication of under water surveillance vehicle
Significant Publications
Amjith L R, Determination of surface texture by Tomlinson surface meter for SS304 and EN8 using Genetic Algorithm, National conference ECAN'13 at chennai
Nikesh V S,Amjith L R Numerical Analysis of Heat transfer by cooling Fins on Air cooled IC Engines
Amjith.L.R, B Bavanish, (2021) “Comprehensive Analysis with Enhanced Resolution of HAWT Blade using CFD”,Walailak Journal of Science and Technology, 18(17), pp. 23301–23312, ISSN 2774-0226.
Amjith .L .R, B Bavanish, (2022) A Review on Biomass and Wind as Renewable Energy for sustainable Environment, Elsevier Chemosphere, Vol.293, pp. 133579.
Amjith. L. R, B Bavanish, (2021), “Design and Analysis of 5 MW Horizontal axis Wind Turbine”, Elsevier Materials Today Proceedings, 37(2021) pp. 3338-3342.
Amjith. L. R, B Bavanish, (2021), “Optimization of Horizontal axis Wind turbine Blade using FEA”, Elsevier Materials Today Proceedings, 37(2021), pp. 3367-3371.
Amjith. L. R, B Bavanish, (2022), “Computational design and analysis of Vertical axis wind turbine”, Elsevier Materials Today Proceedings, 2022, 66, pp. 1501–1508.