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Theses Supervised |
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M.Tech. Students (67) |
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1 |
Experimental Study of CFRP Drilling for Optimizing the Cutting Parameters to Reduce the Delamination Factor - Veerendra Prajapati, 6 August, 2018 |
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2 |
A Study on the Machining of Titanium Alloy Bt3-1 Russian Grade Under Various Environmental Conditions - Shyam Kishor, 1 Jun 2018 |
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3 |
Prediction of Process Parameters and kerf profile in Abrasive Water Jet Machining for maximum depth (Alok Ranjan Patel, Sept. 2017) |
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4 |
Study of Machining Parameters on DMR-249A (Military Grade Steel) using Abrasive Water Jet Machining (Lt.Cdr. N. Vijay Ganesh, June, 2017) |
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5 |
On the control of Machine Tool Vibration using Magneto-rheological Damper (Rahul Kishore, May 2017) |
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6 |
Experimental investigation and optimization of cutting parameters to minimise delamination factor during GFRP drilling using Taguchi L25 Orthogonal Array (Yash Mahanot, 15th June 2016) |
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7 |
Investigation of recast layer in near-dry electric-discharge machining on HSS steel using rotary tool electrode (Saurabh Purwar, 15th July 2015) |
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8 |
Experimental investigation into Micro Surface Texturing on Cylindrical Surface using Tool fabricated by Abrasive Waterjet Milling (Mrigank Singh, May 2015) |
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9 |
Experimental investigation into Micro Texturing with Tool fabricated using Waterjet Machining Process (Rajat jain, June 2014) |
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10 |
Experimental investigation of cutting forces, surface roughness and chip-tool interface temperature in hard turning (Awadhesh Pal, July, 2013) |
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11 |
Parametric optimization and surface characterization of powder mixed dielectric EDM (Ankur Sharma, July, 2013) |
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12 |
Hard turning under dry and minimum quantity lubrication using coated carbide tool (Karandeep Singh, June, 2013) |
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13 |
Thickness and axial force during single point incremental forming: An experimental study (Sateesh Kumar Yadav, June, 2013 with Dr. N.V. Reddy) |
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14 |
Design and development of a single axis MEMS vibratory gyroscope (Ashutosh Singh, August, 2012 with Dr. N.S. Vyas) |
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15 |
Experimental investigation into Electro Discharge Micro Drilling (ECMD) using insulated tool and masked workpiece (Shweta Singh, Dec 2011 with Dr. V.K. Jain) |
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16 |
Electro discharge diamond grinding: Effects of minimum quantity lubrication (MQL) and mathematical modelling(Gaurav Sharma, July 2011) |
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17 |
Effect of PEG-400 ixed dielectric on wire electro discharge machining (Vijendra Pardhi, June 2011) |
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18 |
Bilayer Staggered Herringbone Micromixers (Rahul Choudhary, September 2009 with Dr. S. Bhattacharya) |
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19 |
Investigation into dry and near-dry EDM of Stainless Steel (Lakshmi Pathi Jakkamputi, June 2009) |
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20 |
Improvement of Ti6Al4V grinding performance using solid lubricants (K. Saikumar, June 2008) |
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21 |
Investigation on Hard Turning of AISI 4340 Alloy Steel using Water Vapour as a Coolant (T. Mahesh Reddy May 2008) |
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22 |
Experimental Investigation of the Dry Electric Dischatge Machining (Dry EDM) Process (Sourabh Kumar Saha, May 2008) |
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23 |
Modeling of Unsegmented Cloud point Data for Rapid Prototyping (Sanjay K. Shukla, June 2007 with Dr. N.V. Reddy) |
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24 |
Experimental Investigation into hot machining of EN-24 with cryogenic cooling of tool (C. Gangadhar Reddy, June 2007) |
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25 |
Experimental Investigation into Hot Machining of EN-24 (Suresh Kumar Thandra, June 2006) |
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26 |
Wire EDM of HSS using Brass and Coated Wire (Rajnish Kumar, June 2006) |
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27 |
Prediction of wear and surface roughness in electro-discharge diamond grinding: A design of experiment and artificial neural network approach (Sanjeev Kumar, May 2005) |
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28 |
Investigation of tool wear and cutting force in cryogenic machining (K.V.B.S. Kumar, May 2005) |
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29 |
Experimental study and modelling of surface characteristics in pseudo dry green machining (Ravi Sankar, Aug 2004) |
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30 |
Investigation and on-line monitoring of grinding process to improve the surface finish (Deepak Sharma, July 2004) |
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31 |
Tool wear prediction based on cutting power and cutting force using design of experiment (Ravi Kumar, October 2003) |
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32 |
On-line monitoring and control of surface roughness in turning operation (Avisekh Banerjee, April 2003) |
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33 |
Optimization of machining parameters in multi-pass turning (Brijesh K. Tiwari, Sept 2002) |
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34 |
Role of temperature and surface finish in predicting tool wear using neural network and design of experiments (Gaurav Bartarya, March 2002) |
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35 |
Thermo-EMF analysis of Flank Wear in Turning (Vivek M Muttur, February 2001) |
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36 |
Investigation in Orthogonal Turn Milling towards better surface finish (J.B. Bajpai, July 2000) |
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37 |
Roll crown prediction for plain strain rolling (Nilanjan Sasmal, Feb 2000 with Dr. N.V. Reddy) |
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38 |
Tool Wear Monitoring in Turning (P. Srinivas, June 1999) |
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39 |
Force Monitoring in Drilling considering in-process Vibration (K. Janardhana Reddy, June 1999) |
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40 |
Tool Wear Measurement in Turning through Cutting Force (Amit Kumthekar, July 1999) |
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41 |
Investigation of Orthogonal Turn-Milling for the machining of Rotationally Symmetrical Work pieces (K.S. Mangrulkar, Jan. 1999) |
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42 |
In-process Tool Wear estimation in Milling using Cutting Force Model (Subhashree Rath, Jan. 1999) |
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43 |
Effect of Cutting Parameters on the Crater Wear in Drilling (P.V.G. Ganga Raju, Dec. 1998) |
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44 |
On-line Tool Wear Monitoring in Turning using Force Ratio (Kota Krishna Kishore, Dec. 1998) |
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45 |
Electro Chemical Spark Machining using Abrasive Cutting Tools (K. Masa Ramesh, Dec. 1998 with Dr. V.K. Jain) |
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46 |
On-line Monitoring of Tool Wear and Control of Dimensional Inaccuracy in Turning (N. Shiva Rama Krishna, Aug, 1998 with Dr. V.K. Jain) |
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47 |
On the Abrasive Flow Machining (AFM) Process Performance (Sunil Jha, April, 1998 with Dr. V.K. Jain) |
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48 |
Suppression of Machine Tool Chatter by Passive Damping (Lt. Sanjeev Raman, March, 1998) |
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49 |
Optimisation of cutting parameters using Neural Network (Vikas Gupta, Jan. 1998) |
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50 |
A scheme of adaptive turning operation (Eswar K. Kunisetty, June, 1997 with Dr. A. Ghosh) |
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51 |
Optimisation of cutting parameters for maximising tool life (June, 1997) |
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52 |
Electrical discharge diamond grinding of high speed steel (Feb. 1997) |
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53 |
On-line monitoring of tool wear in turning using neural network (Ch. V.V. Rama Rao, Feb. 1997 with Dr. V.K. Jain) |
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54 |
Design and Implementation of a Knowledge-based System for Anti friction Bearing Selection (N.K. Gupta, Dec., 1995 with Dr. Kripashankar) |
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55 |
Computer Aided Design and Manufacturing of Plate Cams (Vijaykumar S. Kale, June, 1995 with Dr. Kripashankar) |
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56 |
Knowledge-based System of Welding Processes (Neeraj K. Bansal, June, 1995 with Dr. Kripashankar) |
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57 |
Travelling-wire Electro-Chemical Spark Machining of Kevlar-Epoxy Composites (Vivek Nesarikar, July, 1994 with Dr. V.K. Jain) |
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58 |
Design and development of a novel Electro‑hydro‑mechanical stepping motor (Bibhash Ghosh, June, 1994) |
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59 |
An expert system for welding processes ‑ the Welder (Neelesh Katiyar, June, 1994 with Dr. Kripashankar) |
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60 |
On the feasibility of application of fibre optics in profile measurements (Lt. Pravin Dixit, Feb., 1992 with Dr. V.K. Jain ) |
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61 |
Suppression of machine tool chatter by passive damping (Kallol Bandyopadhyay, April, 1991) |
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62 |
Active stabilisation technique of dynamic machining system during boring (March, 1991) |
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63 |
Investigations of the effects of non‑uniform insert pitch on vibration during face milling (Jose Mathew, March, 1990) |
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64 |
On‑line tool wear sensing and compensation during turning operations (Anuj Sanjanwala, Jan., 1989 with Dr. V.K. Jain) |
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65 |
Application of travelling wire - ECSM process for machining of composites (P. Sreenivasa Rao, Sept., 1988 with Dr. V.K. Jain) |
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66 |
On‑line tool wear sensing and compensation in turning operation (Sep.,1988) |
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67 |
On‑line control of machine tool vibration during turning operation (Sept., 1988) |
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COMPLETED : 67 M.Tech. Theses and 5 Ph.D. ThesesIN-PROGRESS : 3 M.Tech. Theses and 6 Ph.D. Theses |
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Ph.D. Students (05) |
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1 |
On-line control of machining performance in turning process using adaptive control system (Kashfull Orra, July 2019) |
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2 |
Fabrication, Tribological Analysis and mathematical Modelling of Complex Blind Features machined by Abrasive Water Jet Machining (Vijay Kumar Pal, June 2017) |
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3 |
Experimental investigation and mathematical modeling of tool wear and machining performance of coated carbide tools in turning hardened AISI 4340 steel (Satish Chinchanikar, January, 2014) |
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4 |
Experimental and analytical investigations of Finish Hard Turning through Force Modeling and FEM Analysis of Residual Stresses for improvement of the Process Performance (Gaurav Bartarya, January, 2014) |
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5 |
Design and development of a high torque and high resolution electro-hydro-mechanical stepper motor (Ngo Sy Loc, March, 1994 with Dr. B. Sahay) |