Nafe Singh

Designation:

Jr. Technical Superintendent

Office Address:

TA 202 Lab

Contact numbers:

0512-2597824 (O), 0512-2598266(R)

  • One year Experience as mechanic in private sector STANLEY ENGINEERING Pvt. Ltd. Chandigarh.

  • 9 Months Experience as a mechanic in Private sector ATKER INDUSTRIES Panchkula(Haryana)

  • 27yrs experience of TA202 lab classes, Dept of Mechanical engineering IIT kanpur

  • Good knowledge of Fabrication of Jobs for UG Student

  • Conventional Machine of modern workshop

  • Maintenances work, related to Machines Equipments.

  • Five Projecst in each semester.

 

 

 

 

Phool Chand Gond

Designation:

Sr.Technical Superintendent

Office Address:

Incharge TA 202 A  Mechanical Engg.

Contact numbers:

0512-2597984, 7192,(O) 09450128152 (Mob)

1982-2001

Posted in Introduction to Manufacturing - Institute  Core Laboratory

Nature of work :

  1. Demonstration of Various Machine Tools - Lathe Milling Shaping Drilling andfitting

  2. Demonstration on CNC Machines

  3. Maintenance of various Traditional machine Tools, Fabrication of VariousJobs for B-Tec Final Year Students project Work.

From 2001 to 2006  Manufacturing Science Lab of ME

Nature of work :


Experimental setup fabrication and test rig development for M.Tech and Phd.students

Laboratory Classes on various non-traditional Machines - EDM ECM AJM, Latestmeasurement equipment like Surface Roughness Testing, Out of RoundnessTesting, CMM, Force Measurement on Lathe, Grinding.

From 2006 to onward: Incharge, Introduction to Manufacturing – Institute core laboratory

Involved in Modernization and  Capacity Expansion plan of TA 202

Following Experimental setup are Fabricated by me

  • Investigation of Tool wear Cutting Force in Cryogenic machining (WHO)

  • Extruder Deposition process for layered manufacturing By B. Vivekanand Reddy Guide Dr. N. V. Reddy.

  • Investigation into Magnetic Abrasive finishing of plane surface by D.K.Singh Guide Dr. V. K. Jain.

  • Magneto Rheological Abrasive Flow Finishing ( MRAFF) by Sunil Jha Guide Dr. V. K. Jain

  • Single point incremental Forming  - force and Thickness measurement byChintan Desai guide Dr. N.V.Reddy2007

  • Finishing of shafts for ultra high speed gas bearing by Sandeep Nairguide Dr. J.Ramkumar 2008

  • Electric Pulse Aided single point Incremental Forming by Amit SrivastavGuide Dr. N.V.Reddy

  • Actively participated in the fabrication of New machine Called DoubleSided Incremental Forming ( DSIF) (Project PI: Dr.N V Reddy)

  • Development & Fabrication of Tribometer for wear measurement for Dr.Kantesh Balani MSE

Department. Recognition

  • 26th Jan. 2003 One MERIT INCREMENT award for expertise in Machines

  • 26th Jan. 2008 Long Service Award on completing 25 year.

  • 26th Jan. 2014 MERIT AWARD for professional Excellence and Devotion toduty Cash prize of 25000/-

  • School Champion in Athletics in K.V.I.I.T Kanpur in 1975.

  • General Secretary Games,  Polytechnic Kanpur in year 1979-80

  • Regular Team member of Inter I.I.T meet Squad in Cricket and Athletics till 2011

  • Elected Member of Institute Services Consultative Committee for three years 1997-1999

  • Secretary of Staff Gymkhana in 2005-2006

  • Member of Golden Jubilee Committee. 2007-2010

  • Fabrication of Time Capsule and developed whole system to buried this capsule inside deep into the ground during President Visit

  • Active participation in Prime Minister Visit.

 

 

 

 

Metal Removing and Forming

 

Computational Metal Forming

 

Experimental investigations are performed on the effect of different single and multiple layers of materials on cemented carbide inserts and optimum conditions of machining are evolved for high level of surface finish. The impact of different coatings on cutting tool surfaces and their failure mode while machining metals is being studied. Also, the feasibility of forming processes to manufacture different parts across macro and micro-scales are being evaluated using computational technique.

Research Areas

 

  • Utilization of coated tool inserts for optimized machining

  • Development of in-house, large deformation, damage-coupled, elasto-plastic FEM code (both Eulerian and updated Lagrangian formulations with contact module)

  • Prediction of fracture using continuum damage mechanics in drawing, extrusion, rolling, forging, deep drawing, hydroforming and equal channel angular pressing (ECAP)

  • Optimization of die shape in hot/cold extrusion

  • Estimation of residual stresses in rolling and forging

  • Modeling of multi-pass rolling by including anisotropy

  • Prediction of Earing and optimization of initial blank shape for the prevention of earing

  • Prediction of flange wrinkling in deep drawing using a bifurcation criterion


Research Laboratories:

 

Manufacturing Science Laboratory

 

Associated Faculty

 

S. K. Choudhury, PhD (PLPF, Moscow): Vibration Control of Machine Tools, Adaptive Control System, Metal Cutting, Hydraulic Control, Unconventional Machining

P. M. Dixit, PhD (Minnesota): Metal Forming, Ductile Fracture, Elasto-plastic Impact / Contact Problems and Finite Element Method

Experiments using cemented carbide inserts coated with single-layer TiAlN and CVD coated multi-layer TiCN/Al2O3/TiN

SEM chip images of free and back surfaces

 

 

 

 

Sushil kumar mishra

Designation:

Jr -Technical Superintendent

Office Address:

Heat Transfer Lab

Contact numbers:

0512-2597984, 7192,(O) 09450128152 (Mob)

  • I have worked as a project Technician in Mechanical Engg . Department IIT Kanpur for 3 years.

  • I have worked as a Laboratory Assistant at Chemical Engg. Department Three Year.

  • I have worked in Refrigeration& Air condensing Lab and Fabricate Research Project for Post Graduate  &Under Graduate Students 

  • Presently I am working in Heat Transfer Lab

  • Expertised in Lab development and computer skills