MECHANICAL ENGINEERING PROJECT 2013LASER PROJECT TITLES
1 | Some Experimental Investigation of ND-YAG Laser Cutting of Thin Copper sheets | |
2 | ND_YAG Laser Cutting of High Carbon Steels with Various Thickness and Constant Parameter | |
3 | Experimental Investigation of ND_YAG Laser Cutting of SS Sheets with various Gases | |
4 | Experimental Investigation of Laser Cutting of Low Carbon Steel Thin Sheets using 02 Assist Gas | |
5 | Some Experimental Investigation of ND-YAG Laser Cutting of High Carbon Steels | |
6 | Experimental Investigation of ND-YAG Laser Cutting of High Carbon Steels with Various Gases | |
7 | Analysis and Optimization of Cutting Parameter In ND-YAG Laser Cutting OF High Carbon Steels sheet |
EDM PROJECTS
1 | Some investigation of Electrical discharge machining on OHNS steel with a copper and brass electrode to increases the surface finish and reduced the heat affected zone, lead time by varying machine parameter | |
2 | Experimental Investigation of Machining Parameter for EDM Using Various Electrode on EN31 Tool Steel | |
3 | Experimental Investigation of Machining Parameter for EDM using Various Material with Copper Electrode | |
4 | Some Experimental Investigation on DIE Steel in Electric discharge Machining with various Parameter and Electrode | |
5 | Process Parameter Optimization of WEDM Process of EN47 DIE STEEL |
PRESS STOOL PROJECT
1 | Optimization of threading parameter by squeezing method with various metals in 16mm BSW thread to increasing tensile strength | |
2 | Design and Analysis of Angle cutting Die to attain Exact Geometry at Cutting Face | |
3 | Efficient Method of Producing Oval Punching holes on Sheet Metal with FEA Result |
CNC TURNINGMILLING PROJECT
1 | Optimization of Machining Parameters for Face Milling Operation on Delrin in a Vertical CNC Milling with Dry Condition | |
2 | Experimental investigation of various machining parameter for optimum surface roughness of Industrial Plastics(POLYAMIDE) | |
3 | Surface Roughness Prediction Modeling for AISI 4340 after Ball End Mill Operation using ANOVA | |
4 | Experimental Investigation of Various Machining Parameter to increase the surface finish of die steel with Various inserts | |
5 | Prediction of machining parameters for optimum Surface Roughness in turning SS 304&SS410(CONVENTIONAL) | |
6 | Performance evaluation of coating materials and process parameters optimization for surface quality during turning of AISI 410 austenitic stainless steel | |
7 | Optimization of Turning Process Parameters for Their Effect on En 21Material Work piece Hardness by Using ANOVA Optimization Method | |
8 | Analysis and Prediction of Machining Parameter for Optimum Surface Roughness In Turning SS410 Through ANOVA Technique | |
9 | Prediction of Machining Parameter for Optimum Surface Roughness in Turning SS304 Through ANOVA Technique | |
10 | Prediction of Machining Parameters for Nose Radius Analysis For Optimum surface Roughness in Turning SS304 Through ANOVA Technique | |
11 | Comparative Performance Evaluation of PVD coated and CVD Coated Inserts in CNC Turning of EN19&EN31 | |
12 | Comparative Performance Evaluation of PVD coated and CVD Coated Inserts in CNC Turning of EN8&EN47 | |
13 | Surface properties of the cut face obtained by different cutting methods from AISI 304 stainless steel materials | |
14 | Comparative Performance Analysis of Insert Geometry for Turning Operation on CNC Turning Centre | |
15 | Optimization of Machining Parameters for Face Milling Operation in A Vertical CNC Milling Machine USING ANOVA |
COMPOSITE PROJECT
1 | Experiment investigation to increase the Mechanical characterization of Aluminium with silicon carbide Composite | |
2 | Evaluation of Marching Behaviours of Aluminium Metal Matrix Composite (Al+Sic+Zn) | |
3 | Experimental Investigation of Machining Parameters for Turning (Al+Sic-Zn) Metal Matrix Composite | |
4 | Mechanical Characterization of Aluminium Metal Matrix Composite(Al+Sic+Zn) |
ARC, TIG,MIG WELDING PROJECT
1 | Experimental investigation in arc welding parameter to reduce the Residual stress analysis for avoid cold cracks | |
2 | Analysis and Experimental Investigations of Weld Characteristics For A Single Pass Tig Welding With SS304 | |
3 | Analysis and Experimental Investigations of Weld Characteristics for A Mig Welding with Ss410 | |
4 | Analysis and Experimental Investigation of Weld Characteristics for a TIG Welding with SS304L&410 | |
5 | Analysis and Experimental Investigations of Weld Characteristics For A TIG Welding with SS304 & 410L | |
6 | Analysis and Experimental Investigations of Weld Characteristics for A MIG Welding with SS304&410L | |
7 | Some Experimental Investigation and Improvement in Mechanical Properties of stainless Steels Welded by GMAW and GTAW |
PLASMA PROJECTS
1 | Surface Properties of the Cut Face obtained by Plasma and Water Jet Cutting &OXY-Fuel Cutting Methods from AISI410 Stainless Steel Materials | |
2 | Analysis and Optimization of Cutting Parameter in Plasma Cutting of ss410 | |
3 | Optimization of Cutting Parameter in Plasma Cutting on Mild steel Thin Plates With Various Thickness and Constant parameter |
ANSYS PROJECT
1 | Structural Analysis and shape Optimization in Leaf spring used 16T trucks | |
2 | Design and analysis of Ashok Leyland (2214) chassis under 25ton loading condition | |
3 | Bending stress and fatigue analysis of connecting rod of Mahindra tractor through finite element method (ANSYS) |
CRYOGENIC PROJECT
1 | Some experimental investigation of optimizing single point tool wear by using cryogenic technique using |
