Prashanth C S

Experience

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  TATA Motors Research Centre

  Jan 2007 - May 2007

  B E Project

  DESIGN OF HIGH SPEED POWER COUPLING FOR COMPRESSOR, TURBINE AND MOTOR.IISc, Bangalore. B.E. The high speed power coupling makes use of compound gear mechanism in the transmission sector of a fuel cell bus. The burnt exhaust gas coming out of the bus is reused by the compressor and passes it through the turbine. This turbine is coupled with transmission sector and the current research undergoes the design of these compound gear mechanism coupled to transmission gear from turbine shaft.

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  University of Manitoba

  Dec 2009 - Jun 2010

  M Tech Research

  EFFECT OF CELL GEOMETRY ON THE MECHANICAL PROPERTIES OF HONEYCOMBS. The study examines the effect of cell geometry on the selective mechanical properties of the honeycombs subjected to in plane compression. Two materials were selected in our study Acrylic Resist 65 and Aluminum Al-5052-H32, manufactured through CNC machining in order to avoid vertical imperfections that can be obtained by other methods. Limit (peak) stress, energy at limit stress and young's modulus are the selective mechanical properties analyzed in our study. Results obtained from these studies indicate that, in both type of material the deformation mode is similar. For equal cell wall length, the mechanical property increases by increasing the cell angle. By reducing the vertical wall height, stress relaxation can be avoided and deformation mode is perfect elastic plastic. For same relative density, by increasing the cell wall length and thickness the mechanical property reduces. The stiffness, limit stress increases by increasing vertical cell wall thickness. A detailed photographic picture is inputted at the specific point in stress strain curve to understand the physics of deformation mechanism. Show less

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  Honeywell

  Jun 2011 - Oct 2019

  Tech Lead
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  Garrett - Advancing Motion

  Nov 2018 - now

  Spin off company from Honeywell Inc

  • Subject Matter Expert - Turbocharger Housing Materials

    May 2022 - now

  • Technology Specialist

    Oct 2019 - May 2022

  • Tech Lead

    Nov 2018 - Oct 2019