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  • Mr. Ponugumati Jeevan Kumar

Mr. Ponugumati Jeevan Kumar

Designation: Scientist - D
Centre: Centre for Machine Tools & Special Purpose Equipments (C-SPM)
Group: Product Design and Engineering Group
Joining Date: 23-03-2009
Email Id: jeevan[at]cmti[dot]res[dot]in
Office Telephone No: 080-22188331
Mobile No: 9620842203

  • Mechanical Design Of Various Sub-Systems Of Special Purpose Equipments.
  • Design Coordinator For The Development Of VPM-300, 2.5 Ton And 4.5 Ton Vertical Mixers.
  • Tech (Mechanical) From Acharya Nagarjuna University
  • Mechanical Design Of Various Sub-Systems Of Vertical Mixers Of Various Capacities.
  • Mechanical Design Of Various Sub-Systems Of High Speed Shuttleless Loom.
  • Kinematic & Dynamic Analysis Of Mechanisms.
  • Finite Element Modelling & Analysis.
  • Mathematical Modelling Of Mechanisms.
  • Design Of Shearing & Peeling Assembly Of BEM Trimming Machine, BTM-20.
  • Design Verification Of Bottom Spindle Of 75T Roll Former Press For M/S Barani Hydraulics India Pvt Limited, Coimbatore.
  • Design Of Shroud And Planetary Gearbox Assemblies For The 4.5 Ton Vertical Mixer.
  • Design Verification Of A Multi-Spindle Gearbox For M/S Bosch Rexroth, Bangalore.
  • Design Of 5 Ton Vertical Planetary Mixer, MY-300.
  • Design Of Hydraulic System For The 5 Ton Vertical Planetary Mixer, MY-300.
  • Design Of Aluminium Bowl Lid With Quick Acting Clamps For Sealing The Lid With The Bowl.
  • Design Of Shedding Assembly For High Speed Shuttleless Loom, LR-450.
  • Design Of High Speed Conjugate Cam Of The Beating Motion For The Shuttleless Rapier Looms LR-450.
  • Design Of Liquid Seal Lowering Fixture For The 2.5 Ton Vertical Mixer.
  • Design of Pneumatically Operated Spill Collection System For The 2.5 Ton And 4.5 Ton Vertical Mixers.
  • Design of Planetary Gearbox Assembly For The 10 Ton Vertical Mixer.
  • Design of Shedding Assembly And Beat-Up Assembly For High Speed Shuttleless Loom, LR-550.
  • Paper Titled ‘Kinematic Analysis Of Planetary Drive Mixer Systems’ In MTT Journal, 2011.
  • Paper Titled “A New Approach For Positioning Of Planets In Epicyclic Gear Trains”, In 4th International And 25th National Conference, AIMTDR 2012.
  • Mathematical Modelling Of The Blade Path Simulation Using Matlab For Better Understanding Of The Influence Of The Planetary Gear Pairs In Achieving A Non Repeat Motion Of The Blades, Better Homogenization.
  • A New Approach For Positioning Of Planets In An Epicyclic Gear Train Is Developed. This Approach Allows For More Flexibility In Positioning Of Planets And At The Same Time Ensuring Their Assembleability As Well As Proper Meshing Characteristics.
  • Design Of High Speed Conjugate Cam Of Beating Motion For The High Speed Shuttleless Rapier Loom, LR-450.
  • Proposal Of Eccentric Mechanism As Novel Picking Mechanism For The High Speed Weft Insertion In Shuttleless Loom.