Dr. MADHANRAJ V

Dr. MADHANRAJ V

Position: Senior Assistant Professor

Educational Qualifications

  • B.E – Aeronautical Engineering
  • M.Tech – Aeronautical Engineering
  • PhD – Experimental Aerodynamics

Total Experience

               11 years

Area of Interest

  • Basics of Aeronautics,
  • Low Speed Aerodynamics,
  • High Speed Aerodynamics,
  • Vehicle Aerodynamics,
  • Wind Tunnel Techniques,
  • Aerospace Developments in India.

 Professional Membership

Life Member in the Aeronautical Society of India (AeSI -Chennai)    Membership ID: G-12843

Subjects Handled

  • Basics of Aeronautics,
  • Low Speed Aerodynamics,
  • High Speed Aerodynamics,
  • Vehicle Aerodynamics,
  • Wind Tunnel Techniques,
  • Aerospace Developments in India.

 

B.E.,.M.E, Ph.D projects guided

  • E :  18
  • E : 7

 

  Achievements/Awards

  1. Reviewer for the web of science Journal, International Journal of Turbo & Jet-Engines, De-Gruyter, England.
  2. Received cash prize of 10,000 for UG project conducted by KCG College, Chennai.
  3. Best Paper award for the M.E-project in National conference.
  4. Question paper setter for the various autonomous Institutions in Tamil Nadu.

JOURNAL PUBLICATIONS:17

  • Madhanraj et., al (2022). Investigations on Aerodynamic Performance of Fixed Wing Micro Air Vehicle with Different Planforms. International Journal of Vehicle Structures and Systems. (I.F 0.258).
  • Madhanraj et., al (2022). Numerical Investigation of Flow over a Hemispherical Nose Cone Configuration in Subsonic Speed. Materials Today: Proceedings. (I.F 1.46).
  • Madhanraj et., al (2022). Numerical Investigation of Aerodynamic Performance of Leading-Edge Tubercle Airfoil at Low Renolds Number. Materials Today: Proceedings. (I.F 1.46).
  • Madhanraj et., al (2021). Impact of microalgae bio fuel on micro gas turbine aviation engine: A Combustion and emission study. Journal of Fuel. (I.F 5.57).
  • Madhanraj et., al (2021). Experimental Analysis of Hybrid UAV at Different Velocities. 12(10):3872-3879. Turkish Journal of Computer and Mathematics Education. (I.F 0.15).
  • Madhanraj et., al (2021). Investigation and Analysis of the Performance Characteristics of Horizontal Axis Wind Turbine Blade with Dimple by Using CFD. 12(7):47-52. Turkish Journal of Computer and Mathematics Education. (I.F 0.15).
  • Madhanraj et., al (2021). Design and Computational Analysis of Winglets.12 (7):1-9. Turkish Journal of Computer and Mathematics Education. (I.F 0.15).
  • Madhanraj et., al (2021). Drag Reduction in Supersonic Profiles. 12(7):1357-1362.Turkish Journal of Computer and Mathematics Education. (I.F 0.15).
  • Madhanraj,V., and S.Mahendren. (2020). Development And Flow Analysis for Flapping Wing For Unmanned Aerial Vehicle. 51(01):299-303. Pensee Journal. (I.F 0.3).
  • Madhanraj,V., and S.Mahendren. (2020). Load Characteristics Analysis of Drone Using Load Cell and MEMS Sensor. 10(1): 83-94. International Journal of Mechanical and Production Engineering Research and Development. (I.F 0.2).
  • Madhanraj,V., and Dilip A. Shah. (2019). CFD Analysis of NACA 2421 Unsymmetrical Airfoil at Several Angles of Attack. Journal of Aeronautics and Aerospace Engineering. 8(1): (I.F 1.4).
  • Madhanraj,V., and Dilip A. Shah. (2019). Preliminary Investigation on the Effect of Folding wingtips on the Aerodynamic Characteristics of Flexible Aircraft. International Journal of Ambient Energy. (I.F 0.89).
  • Madhanraj,V., and Dilip A. Shah. (2019). Effect of Piezo Electricity in NACA 2421 Unsymmetrical Aerofoil by Using Load Cell Arrangement, International Journal of Ambient Energy. (I.F 0.89).
  • Madhanraj,V., and Dilip A. Shah. (2017). Heat Transfer and Temperature effects on Dimpled NACA 0012 airfoil with various angles of attack. International Journal of Ambient Energy. (I.F 0.89).
  • Madhanraj,V., and Dilip A. Shah. (2015). Flow Visualization on NACA 2421 Airfoil with and without Piezo Electric Effect. International Journal on Applied Engineering and Research. 10(17):37473-37480 (I.F 3.2).
  • Madhanraj,V., and Sathish Kumar. (2015). Flow Analysis Through Convergent-Divergent Nozzles. Journal of Mines Metals and Fuels.1 (1):97-102. (I.F 1.5).
  • Madhanraj,V., and Dilip A. Shah. (2014). Analysis of Boundary Layer Suppression in unsymmetrical Airfoil Using Piezo Electric Effect. International Scientific Journal on Science Engineering and Technology. 17(5):413-423. (I.F 1.63).

CONFERENCE PUBLICATIONS:17

  • Madhan Raj. (2022). A Computational Analysis of Vortex Generator To Enhance the Aerodynamic Performance of A Bus. IEEE International Conferrence on Power, Energy and Control and Transmission Systems, Sri Sairam Engineering College, Chennai.
  • Madhan Raj. (2022). Effect of Leading-Edge Shapes in NACA2421 Aerofoil with Different Angle of Attack, International Conference on Science, Engineering and Technology in Nehru Institute of Engineering and Technology, Coimbatore.
  • Madhan Raj. (2022). Numerical Investigation of Co-efficient of Pressure Distribution of NREL S825 Airfoil at Low Renold’s Number, International Conference on Science, Engineering and Technology in Nehru Institute of Engineering and Technology, Coimbatore.
  • Madhan Raj. (2022). Effect of Stacking Sequence on Mechanical Properties of Hybrid Kevlar/Glass Epoxy Composite, International Conference on Science, Engineering and Technology in Nehru Institute of Engineering and Technology, Coimbatore.
  • Madhan Raj. (2021). Effect of Pressure Distribution of NREL S809 Airfoil with Rectangular Vortex Generator, International Seminar on Aeronautics and Energy 2021 (ISAE 2021) in Universiti Teknologi, Malasia.
  • Madhan Raj. (2021). Experimental Investigation of Pressure Distribution of Sharp Conical Noise of Missile at Supersonic Speed, International Conference on Advances in Mechanical Engineering Design (ICAMD- 2021) in SRM Institute of Science and Technology, Chennai.
  • Madhan Raj. (2021). Experimental Investigations of Pressure Distribution of NACA0018 Airfoil with Triangular Vortex Generator, International Conference on Advances in Mechanical Engineering Design (ICAMD- 2021) in SRM Institute of Science and Technology, Chennai.
  • Madhan Raj. (2021). Experimental Study of Pressure Distribution of NACA4412 Airfoil with Square Dimples, International Conference on Advances in Mechanical Engineering Design (ICAMD- 2021) in SRM Institute of Science and Technology, Chennai.
  • Madhan Raj. (2021). Effect of Pressure Distribution of NACA5520 Airfoil Blade with Different Angle of Attack, International Conference on Advances in Mechanical Engineering Design (ICAMD- 2021) in SRM Institute of Science and Technology, Chennai.
  • Madhanraj,V., and Dilip A. Shah. (2018). Effect of Piezo Electricity NACA 2421 Unsymmetrical Aerofoil in the Recent Advances in Science, Engineering and Management (NCRASEM- 2018) in Tagore Engineering College, Chennai.
  • Madhanraj,V., and Dilip A. Shah. (2018). Experimental Investigation of NACA 2421 Unsymmetrical Airfoil with and without Piezo Electric Effect in the National Conference on Emerging Trends in Mathematics and Application in Engineering and Technology (NCETMAET – 2018) in Hindustan Institute of Technology and Science, Padur.
  • Madhanraj,V., and Dilip A. Shah. (2018). Aerodynamic Effects of Folding Wingtips, National Conference on Aerospace Technology (NCAT- 2018) in Hindustan Institute of Technology and Science, Padur, Chennai.
  • Madhanraj,V., and Dilip A. Shah. (2018). Effect of Piezo Electricity in NACA 2421 Unsymmetrical Aerofil by Using Piezo Electric Effect, National Conference on Aerospace Technology (NCAT- 2018) in Hindustan Institute of Technology and Science, Padur, Chennai.
  • Madhanraj,V., and Dilip A. Shah. (2017). Lift and Drag Measurement in NACA 2421 Unsymmetrical Airfoil with and without Piezo Electric Effectin the international conference in KalignarKarunanidhi Institute of Technology.
  • Madhanraj,V., and Sathish Kumar. (2015). Flow Analysis Through Convergent and Divergent Nozzle in the International Conference on Science, Technology organized by Jeppiaar Engineering
  • Madhanraj,V., and Dilip A. Shah. (2015). Flow Visualization on NACA 2421 Airfoil with and without Piezo Electric Effect in the International Conference on Trends in Engineering and Technology, Science and Humanities and management 2015 organized by Tamizhan College of Engineering and Technology.
  • Madhanraj,V., and Dilip A. Shah. (2014). Analysis of Boundary Layer Suppression in Unsymmetrical Airfoil Using Piezo Electric Effect in the International Conference on Futuristic trends in Aeronautical Engineering organized by Thiruvalluvar College of Engineering and Technology, in association with International Society of Automation (ISA0).