AM

Aravind M

Assistant Professor at Adi Shankara Institute, Kalady
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2 Publications
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👤 About

Skills & Expertise

CFD analysis using Ansys Fluent Microsoft Excel GUI software testing Basics of C programming Matlab AutoC ad

Research Interests

Team work Leadership quality Effective communication skill

Connect With Me

💼 Experience

Assistant Professor

Adi Shankara Institute, Kalady · July 2017 - Present
  • Assistant Professor in Department of Mechanical Engineering

Software Test Engineer

IBS Softwares · January 2014 - November 2014
  • Project : iFlyloyalty Client : South African Airways

🎓 Education

Amrita School of Engineering, Coimbatore (ASE)

M.Tech in Engineering Design · 2017

Sree Narayana Gurukulam College of Engineering (SNGCE)

B.Tech in Mechanical Engineering · 2013

Jayakeralam H.S.S , Pulluvazhy

12 th in · 2009

Jayakeralam H.S.S , Pulluvazhy

10 th in · 2007

🚀 Projects

Experimental Investigation of Solar Hydrogen Production
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Hydrogen, a renewable source of energy , is highly efficient and eco-friendly. This study investigates the possibility of producing hydrogen only from solar energy. Solar parabolic trough collectors are employed to heat up brine water. Electricity supplied by the solar panels electrolyzes the brine solution. The pollution -free hydrogen gas, thus produced, is collected by tapping arrangement.
Structure and Stability of Syngas Laminar Micro-Jet Diffusion F lames
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Micro -diffusion flames can be used as a point heat source in micro - combustors. This study investigate s the stability, thermal and chemical structure of syngas micro -diffusion flames .
Three dimensional simulations of circular and slot burner microjet hydrogen diffusion flames
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In this work, microjet hydrogen diffusion flames stabilized on circular as well as slot burner having different port dimensions are numerically investigated. The effect of burner port geometry upon the flame characteristics as well as flame structure is s tudied keeping the fuel flow rate constant.
Numerical investigation of microjet hydrogen diffusion flames near extinction
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The present study numerically (CFD) investigates the effect of change in burner wall material s (Aluminum, Steel and Quartz) on hydrogen diffusion flame characteristics near ext inction. Thermal radiation effects are also included .

🏆 Awards & Achievements (2)

🏆 Rajyapuraskar
Awarded by: || Year:
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🏆 Rashtrapati Puraskar
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📚 Publications (2)

Journal: Combustion Science and Technology •
Journal: Fuel •
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