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S.NO
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TITLES
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CNC –DRILLING
PROJECTS
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1
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EXPERIMENTAL
ANALYSIS AND GEOMETRICAL EFFCT ON D2 IN CNC DRILLING WITH VARIOUS PROCESS
PARAMETERS
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2
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EXPERIMENTAL
INVESTIGATION OF GEOMETRICAL EFFCT ON HDS-11 DRY AND WET CONDITION IN CNC
DRILLING WITH VARIOUS PROCESS PARAMETERS
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3
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EXPERIMENTAL
INVESTIGATION AND ROUNDESS ERROR ON OHNS STEEL IN CNC DRILLNG PROCESS BY
USING COATED DRILL&UN COATED BIT
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4
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EXPERIMENTAL
ANALYSIS AND GEOMETRICAL EFFCT ON D2 DRY AND WET CONDITION IN CNC DRILLING
WITH VARIOUS PROCESS PARAMETERS
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5
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EXPERIMENTAL
ANALYSIS AND GEOMETRICAL EFFCT ON EN8 IN CNC DRILLING WITH VARIOUS PROCESS
PARAMETERS
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6
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EXPERIMENTAL
ANALYSIS AND GEOMETRICAL EFFCT ON EN19 IN CNC DRILLING WITH VARIOUS PROCESS
PARAMETERS
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7
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EXPERIMENTAL
ANALYSIS AND GEOMETRICAL EFFCT ON EN21 IN CNC DRILLING WITH VARIOUS PROCESS
PARAMETERS
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8
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EXPERIMENTAL
ANALYSIS AND GEOMETRICAL EFFCT ON EN24 IN CNC DRILLING WITH VARIOUS PROCESS
PARAMETERS
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9
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EXPERIMENTAL
INVESTIGATION OF GEOMETRICAL EFFCT ON EN31 DRY AND WET CONDITION IN CNC
DRILLING WITH VARIOUS PROCESS PARAMETERS
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10
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EXPERIMENTAL
INVESTIGATION OF GEOMETRICAL EFFCT ON EN36 DRY AND WET CONDITION IN CNC
DRILLING WITH VARIOUS PROCESS PARAMETERS
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11
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EXPERIMENTAL
INVESTIGATION AND ROUNDESS ERROR ON H11 STEEL IN CNC BORING PROCESS
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12
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION OF HCHCR WITH COATED AND HSS
DRILL BITS USING TAGHICHI TECHNIQUE
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13
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EXPERIMENTAL
INVESTIGATION OF GEOMETRICAL EFFCT ON HDS-11 DRY AND WET CONDITION IN CNC
DRILLING WITH VARIOUS PROCESS PARAMETERS
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14
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EXPERIMENTAL
INVESTIGATION AND ROUNDESS ERROR ON OHNS STEEL IN CNC DRILLNG PROCESS BY
USING COATED DRILL&UN COATED BIT
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15
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EXPERIMENTAL
INVESTIGATION OF GEOMETRICAL EFFCT ON SS 302 IN CNC DRILLING WITH VARIOUS
PROCESS PARAMETERS
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16
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EXPERIMENTAL
INVESTIGATION OF GEOMETRICAL EFFCT ON SS304 DRY AND WET CONDITION IN CNC
DRILLING WITH VARIOUS PROCESS PARAMETERS
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17
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EXPERIMENTAL
INVESTIGATION OF GEOMETRICAL EFFCT ON SS 310 IN CNC DRILLING WITH VARIOUS
PROCESS PARAMETERS
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18
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EXPERIMENTAL
INVESTIGATION OF GEOMETRICAL EFFCT ON SS316 DRY AND WET CONDITION IN CNC
DRILLING WITH VARIOUS PROCESS PARAMETERS
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19
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EXPERIMENTAL
INVESTIGATION OF GEOMETRICAL EFFCT ON SS316 DRY AND WET CONDITION IN CNC
DRILLING WITH VARIOUS PROCESS PARAMETERS
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20
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EXPERIMENTAL
INVESTIGATION OF GEOMETRICAL EFFCT ON SS420 IN CNC DRILLING WITH VARIOUS
PROCESS PARAMETERS
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21
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EXPERIMENTAL
INVESTIGATION OF GEOMETRICAL EFFCT ON SS430 IN CNC DRILLING WITH VARIOUS
PROCESS PARAMETERS
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22
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF AISI
316 AUSTENITIC STAINLESS STEEL USING DIFFERENT TWIST DRILLS
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CNC –MILLING PROJECTS
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23
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AN
INVESTIGATION AND PREDICTION OF FLATNESS AND SURFACE ROUGHNESS DURING FACE
MILLING OPERATION OF AISI 4340 MATERIAL
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24
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AN
INVESTIGATION AND PREDICTION OF FLATNESS AND SURFACE ROUGHNESS DURING FACE
MILLING OPERATION OF SS202 MATERIAL
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25
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AN
EXPERIMENTAL INVESTIGATION OF GFRP SURFACE PROPERTY AND PROCESS PARAMETER
ON CNC MILLING MACHINE
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26
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EXPERIMENTAL
ANALYSIS AND MACHINABLITY PROPERTIES OF GFRP COMPOSITE MATERIAL BY USING VMC
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27
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AN
EXPERIMENTAL INVESTIGATION OF D2 SURFACE PROPERTY AND PROCESS PARAMETER ON
CNC MILLING MACHINE
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28
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AN
INVESTIGATION AND PREDICTION OF FLATNESS AND SURFACE ROUGHNESS DURING FACE
MILLING OPERATION OF SPRING MATERIAL
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29
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AN
EXPERIMENTAL INVESTIGATION OF EN8
SURFACE PROPERTY AND PROCESS PARAMETER ON CNC MILLING MACHINE
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30
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AN
EXPERIMENTAL INVESTIGATION OF EN19
SURFACE PROPERTY AND PROCESS PARAMETER ON CNC MILLING MACHINE
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31
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AN
EXPERIMENTAL INVESTIGATION OF EN21SURFACE
PROPERTY AND PROCESS PARAMETER ON CNC MILLING MACHINE
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32
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AN
EXPERIMENTAL INVESTIGATION OF EN24
SURFACE PROPERTY AND PROCESS PARAMETER ON CNC MILLING MACHINE
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33
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AN
EXPERIMENTAL INVESTIGATION OF EN31 SURFACE
PROPERTY AND PROCESS PARAMETER ON CNC MILLING MACHINE
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34
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AN
EXPERIMENTAL INVESTIGATION OF EN36
SURFACE PROPERTY AND PROCESS PARAMETER ON CNC MILLING MACHINE
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35
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AN
EXPERIMENTAL INVESTIGATION OF EN47 SURFACE PROPERTY AND PROCESS PARAMETER
ON CNC MILLING MACHINE
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36
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EXPERIMENTAL
ANALYSIS AND MACHINABLITY PROPERTIES OF GFRP COMPOSITE MATERIAL BY USING VMC
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37
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AN
INVESTIGATION AND PREDICTION OF FLATNESS AND SURFACE ROUGHNESS DURING FACE
MILLING OPERATION OF D3 MATERIAL
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38
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AN
EXPERIMENTAL INVESTIGATION OF HDS11 SURFACE PROPERTY AND PROCESS PARAMETER
ON CNC MILLING MACHINE
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39
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AN
EXPERIMENTAL INVESTIGATION OF OHNS SURFACE PROPERTY AND PROCESS PARAMETER
ON CNC MILLING MACHINE
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40
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AN
INVESTIGATION AND PREDICTION OF FLATNESS AND SURFACE ROUGHNESS DURING FACE
MILLING OPERATION OF SS304 MATERIAL
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41
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AN
INVESTIGATION AND PREDICTION OF FLATNESS AND SURFACE ROUGHNESS DURING FACE
MILLING OPERATION OF SS310 MATERIAL
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CNC –TURNING PROJECTS
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42
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TESTING
OF SURFACE COARSENESS ON TURNING OF STEEL SPECIMEN USING CHAMFERED TOOLS
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43
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EVALUATION
OF MACHINABILITY OF H11 STEEL USING CRYO TREATED CERMETS USING
TAGUCHI TECHNIQUE
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44
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EVALUATION
OF MACHINABILITY OF D2 STEEL USINGCRYO TREATED CERMETSUSING
TAGUCHI TECHNIQUE
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45
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON D3 STEELBY
USING TAGUCHI TECHNIQUE
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46
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RESEARCH
METHODOLOGY FOR MATERIAL MACHINING OPTIMIZATION IN PRODUCTION PROJECTS
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47
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON EN 21 STEELBY
USING TAGUCHI TECHNIQUE
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48
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON EN36
STEELBY USING TAGUCHI TECHNIQUE
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49
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COMPARATIVE
PERFORMANCE EVALUATION OF COATED &UNCOATED INSERTS IN CNC TURNING
OF EN8&EN47
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50
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON EN8
STEELBY USING TAGUCHI TECHNIQUE
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51
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EVALUATION
OF MACHINABILITY OF EN8 STEEL USINGCRYO TREATED CERMETSUSING
TAGUCHI TECHNIQUE
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52
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON EN19
STEELBY USING TAGUCHI TECHNIQUE
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53
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON EN21
STEELBY USING TAGUCHI TECHNIQUE
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54
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON EN24
STEELBY USING TAGUCHI TECHNIQUE
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55
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON EN31
STEELBY USING TAGUCHI TECHNIQUE
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56
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION ON OHNS EN 36 USING
TAGUCHI TECHNIQUE WITH PCBN INSERTS
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57
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ONEN47
STEELBY USING TAGUCHI TECHNIQUE
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58
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EXPERIMENTAL
INVESTIGATION PROCESS PARAMETER OPTIMIZATION ON EN 353 USING
TAGUCHI TECHNIQUE WITH PCBN INSERTS
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59
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EXPERIMENTAL INVESTIGATION AND OPTIMIZATION OF
TURNING PROCESS PARAMETER FOR GFRP THROUGH CNC TURNING PROCESS
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60
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EXPERIMENTAL INVESTIGATION AND OPTIMIZATION OF
TURNING PROCESS PARAMETER ON GFRP WITH VARIOUS NOSE RADIUS
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61
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EXPERIMENTAL
INVESTIGATION PROCESS PARAMETER OPTIMIZATION ON H 11 STEEL USING
TAGUCHI TECHNIQUE WITH CBN INSERTS
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62
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EXPERIMENTAL
INVESTIGATION PROCESS PARAMETER OPTIMIZATION ON H13 STEEL USING
TAGUCHI TECHNIQUE WITH CBN INSERTS
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63
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION ON HDS11 USING
TAGUCHI TECHNIQUE WITH PCBN INSERTS
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64
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EXPERIMENTAL
INVESTIGATION PROCESS PARAMETER OPTIMIZATION ON TOOL STEEL USING
TAGUCHI TECHNIQUE WITH PCBN INSERTS
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65
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON SS302
STEELBY USING TAGUCHI TECHNIQUE
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66
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PREDICTION OF MACHINING PARAMETER AND NOSE RADIUS ANALYSIS FOR
OPTIMUM SURFACE ROUGHNESS IN TURNING SS304 THROUGH ANOVA TECHNIQUE
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67
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON SS304
STEELBY USING CRYO CERMET INSERTS
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68
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON SS310
STEELBY USING TAGUCHI TECHNIQUE
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69
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON SS316
STEELBY USING TAGUCHI TECHNIQUE
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70
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ANALYSIS AND PREDICTION OF MACHINING PARAMETER FOR OPTIMUM
SURFACE ROUGHNESS IN TURNING SS 410 THROUGH ANOVA TECHNIQUE
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71
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON SS409
STEELBY USING TAGUCHI TECHNIQUE
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72
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON SS430
STEELBY USING TAGUCHI TECHNIQUE
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73
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EVALUATION
OF MACHINABILITY OF TOOL STEEL AND CRYO-TREATED CERMET S WITH UNTREATED
CERMET INSERTS USING TAGUCHI TECHNIQUE
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74
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EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION IN CNC TURNING ON SS304
STEELBY USING CERMET INSERTS WITH VARIOUS NOSE RADIUS
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CNC-END POINT ANGLE
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75
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EXPERIMENTAL
INVESTIGATION AND GEOMETRICAL ERROR ON OHNS STEEL IN CNC DRILLNG PROCESS BY
USING COATED DRILL&UN COATED BIT
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76
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AN
OPTIMIZATION OF DRILLING PARAMETERS OF VARIOUS HARDENED HCHCR TOOL STEEL WITH
VARIOUS POINT ANGLE
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77
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OPTIMIZATION
AND MECHANICAL PRPOPERTY ANALYSIS OF FRICTION DRILLING ON ALUMINIUM AND ALLOY
STEEL BY USING K 20 SOLID CARBIDE DRILL BITS
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78
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OPTIMIZATION
AND MECHANICAL PRPOPERTY ANALYSIS OF FRICTION DRILLING ON ALUMINIUM AND ALLOY
STEEL BY USING TUNGSTEN CARBIDE DRILL BITS
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79
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF D2
AUSTENITIC STAINLESS STEEL USING DIFFERENT TWIST DRILLS
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80
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF EN8
AUSTENITIC STAINLESS STEEL USING DIFFERENT TWIST DRILLS
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81
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF EN24
AUSTENITIC STAINLESS STEEL USING DIFFERENT TWIST DRILLS
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82
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF EN36
AUSTENITIC STAINLESS STEEL USING DIFFERENT TWIST DRILLS
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83
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF HCHCR
AUSTENITIC STAINLESS STEEL USING DIFFERENT TWIST DRILLS
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84
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF OHNS
AUSTENITIC STAINLESS STEEL USING DIFFERENT TWIST DRILLS
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85
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF SS310
AUSTENITIC STAINLESS STEEL USING DIFFERENT TWIST DRILLS
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86
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF SS 316
AUSTENITIC STAINLESS STEEL USING DIFFERENT TWIST DRILLS
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87
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF SS430
AUSTENITIC STAINLESS STEEL USING DIFFERENT TWIST DRILLS
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88
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EXPERIMENTAL
INVESTAIGATION AND OPTIMIZATION OF PROCESS PARAMETER ON HIGH SPEED HARD
TURNING OF OHNS
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89
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF AISI
410 AUSTENITIC STAINLESS STEEL USING M42 COBALT TWIST DRILLS
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90
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF AISI
304 AUSTENITIC STAINLESS STEEL USING M 42 COBALT DRILL BITS
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91
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AN
EXPERIMENTAL EVALUATION AND OPTIMIZATION OF DRY DRILLING PARAMETERS OF AISI
316 AUSTENITIC STAINLESS STEEL USING M 42 COBALT DRILL BITS
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92
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OPTIMIZATION
AND MECHANICAL PRPOPERTY ANALYSIS OF FRICTION DRILLING ON ALUMINIUM AND ALLOY
STEEL BY USING TUNGSTEN CARBIDE DRILL BITS
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93
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COMPARATIVE
OF DRY DRILLING PARAMETERS OF HARDENED TOOL STEEL USING DIFFERENT TWIST
DRILLS
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94
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EXPERIMENTAL
INVESTIGATION ON TREATED D2 TOOL STEEL WITH VARIOUS POINT ANGLE USING VMC
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ELECTRICAL DISCHARGE MACHINING/CUTTING
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EDM
AND WEDM
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1
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AN
EXPERIMENTAL INVESTIGATION FOR MATERIAL REMOVAL RATE IN EDM USING TOOL OF
GRAPHITE, COPPER
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2
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EXPERIMENTAL
INVESTIGATION ON ALUMINIUM METAL MATRIX COMPOSITE IN EDM WITH VARIOUS
PARAMETERS (AL+SIC+ZN)
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3
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ELECTRICAL DISCHARGE MACHINING
OF AL-SIC METAL MATRIX COMPOSITE WITH COPPER REINFORCEMENT
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4
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EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING COPPER ELECTROD
ON D2 TOOL STEEL
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5
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EXPERIMENTAL
INVESTIGATION AND MORPHOLOGICAL ANALYSIS OF D2 USING EDM WITH GRAPHITE
ELECTROD
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6
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TEMPERATURE AND THERMAL STRESS
ANALYSIS OPTIMIZATION OF ELECTRICAL DISCHARGE MACHINING ON D3 STEEL
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7
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EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING GRAPHITE
ELECTROD ON D3 STEEL
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8
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EXPERIMENTAL
INVESTIGATION AND MORPHOLOGICAL ANALYSIS OF H13 USING EDM WITH GRAPHITE
ELECTROD
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9
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EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING GRAPHITE
ELECTROD ON INCONEL 600
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10
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EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING COPPER ELECTROD
ON EN24 STEEL
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11
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EXPERIMENTAL
INVESTIGATION AND MACHINING CHARACTERISTICS ANALYSIS OF TOOL STEEL USING EDM
WITH GRAPHITE ELECTRODE
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12
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EXPERIMENTAL INVESTIGATION OF
MACHINING PARAMETER FOR EDM USING VARIOUS ELECTROD OF EN 31 TOOL
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13
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EXPERIMENTAL
INVESTIGATION AND MORPHOLOGICAL ANALYSIS OF H13 USING EDM WITH GRAPHITE
ELECTROD
|
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14
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EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING COPPER ELECTROD
ON HCHCR STEEL
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15
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EXPERIMENTAL
INVESTIGATION AND IMPROVEMENT OF SURFACE FINISH WITH TOPOGRPAHY ANALYSIS ON
HCHCR STEEL USING EDM
|
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16
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EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING COPPER ELECTROD
ON HDS11 TOOL STEEL
|
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17
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EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING GRAPHITE
ELECTROD OF HDS11 TOOL STEEL
|
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18
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EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING GRAPHITE
ELECTROD ON H13 TOOL STEEL
|
|
19
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FINITE ELEMENT ANALYSIS AND
OPTIMIZATION OF ELECTRICAL DISCHARGE MACHINING ON INCONEL
|
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20
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EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING GRAPHITE
ELECTROD ON INCONEL 600
|
|
21
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EXPERIMENTAL
ANALYSIS AND OPTIMIZATION OF PARAMETERS IN ELECTRIC DISCHARGE MACHINING OF
INCONEL STEEL USING GRPAPHITE ELECTRODE
|
|
22
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EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING COPPER ELECTROD
ON OHNS STEEL
|
|
23
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EXPERIMENTAL
INVESTIGATION AND MACHINING CHARACTERISTICS ANALYSIS OF OHNS USING EDM WITH
GRAPHITE ELECTRODE
|
|
24
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EXPERIMENTAL
ANALYSIS AND OPTIMIZATION OF PARAMETERS IN ELECTRIC DISCHARGE MACHINING OF
TITANIUM ALLOY USING COPPER ELECTRODE
|
|
25
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AN OPTIMIZATION AND
EXPERIMENTAL INVESTIGATION OF ELECTRICAL DISCHARGE MACHINING ON TITANIUM GR-2
WITH FEA
|
|
26
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EXPERIMENTAL
ANALYSIS AND OPTIMIZATION OF PARAMETERS IN ELECTRIC DISCHARGE MACHINING OF
TITANIUM ALLOY USING GRPAPHITE ELECTRODE
|
|
27
|
EXPERIMENTAL
ANALYSIS AND OPTIMIZATION OF PARAMETERS IN WEDM ON D2
|
|
28
|
PROCESS PARAMETER OPTIMIZATION
OF WEDM PROCESS OF EN 47 DIE STEEL
|
|
29
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PROCESS PARAMETER OPTIMIZATION
OF WEDM PROCESS ON OHNS STEEL
|
|
30
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EXPERIMENTAL INVESTIGATION PROCESS
PARAMETER OPTIMIZATION OF WEDM PROCESS OF TOOL STEEL
|
|
|
CRYO TREATED EDM TOOL WITH COPPER TOOL
|
|
31
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EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON D2 STEEL
|
|
32
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON D3 STEEL
|
|
33
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON EN8 STEEL
|
|
34
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EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON EN24 STEEL
|
|
35
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EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON EN31 STEEL
|
|
36
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON H11 STEEL
|
|
37
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON H13 STEEL
|
|
38
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EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON HCHCR STEEL
|
|
39
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON OHNS O2 STEEL
|
|
40
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON OHNS STEEL
|
|
41
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON SKD11 STEEL
|
|
42
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON SS304 STEEL
|
|
43
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON SS310 STEEL
|
|
44
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING CRYO TREATED COPPER WITH ORDINARY
ELECTRODE ON SS316 STEEL
|
|
|
EDM CRYO TREATED COPPER TOOL INVESTIGATION PROJECTS
|
|
45
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON D2 STEEL
|
|
46
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON D3 STEEL
|
|
47
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON EN24 STEEL
|
|
48
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON EN8 STEEL
|
|
49
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON EN31 STEEL
|
|
50
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON H11 STEEL
|
|
51
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON H13 STEEL
|
|
52
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON HCHCR STEEL
|
|
53
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON OHNS STEEL
|
|
54
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON OHNS O2 STEEL
|
|
55
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON SKD11 STEEL
|
|
56
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON SS304 STEEL
|
|
57
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON SS310 STEEL
|
|
58
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING CRYO TREATED
COPPER ELECTROD ON SS316 STEEL
|
|
|
COMPARATIVE ANALYSIS WITH SILVER COATED TOOL AND COPPER TOOL
INVESTIGATION
|
|
59
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON D2 STEEL
|
|
60
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON D3 STEEL
|
|
61
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON EN8 STEEL
|
|
62
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON EN24 STEEL
|
|
63
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON EN31 STEEL
|
|
64
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON H11 STEEL
|
|
65
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON H13 STEEL
|
|
66
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON HCHCR STEEL
|
|
67
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON
OHNS
O2 STEEL
|
|
68
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON OHNS STEEL
|
|
69
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON SKD11 STEEL
|
|
70
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON SS304 STEEL
|
|
71
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON SS310 STEEL
|
|
72
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING SILVER COATED COPPER WITH ORDINARY
ELECTRODE ON SS316 STEEL
|
|
|
EDM SILVER COPPER TOOL INVESTIGATION PROJECTS
|
|
73
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON D2 STEEL
|
|
74
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON D3 STEEL
|
|
75
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON EN24 STEEL
|
|
76
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON EN8 STEEL
|
|
77
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON EN31 STEEL
|
|
78
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON H11 STEEL
|
|
79
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON H13 STEEL
|
|
80
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON HCHCR STEEL
|
|
81
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON OHNS STEEL
|
|
82
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON OHNS O2 STEEL
|
|
83
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON SKD11 STEEL
|
|
84
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON SS304 STEEL
|
|
85
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON SS310 STEEL
|
|
86
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING SILVER COATED
COPPER ELECTROD ON SS316 STEEL
|
|
|
COMPARATIVE ANALYSIS WITH TiN COATED TOOL AND COPPER TOOL
INVESTIGATION
|
|
87
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON D2 STEEL
|
|
88
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON D3 STEEL
|
|
89
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON EN8 STEEL
|
|
90
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON EN24 STEEL
|
|
91
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON EN31 STEEL
|
|
92
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON H11 STEEL
|
|
93
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON H13 STEEL
|
|
94
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON HCHCR STEEL
|
|
95
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON OHNS O2 STEEL
|
|
96
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON OHNS STEEL
|
|
97
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON SKD11 STEEL
|
|
98
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON SS304 STEEL
|
|
99
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON SS310 STEEL
|
|
100
|
EXPERIMENTAL
AND COMPARATIVE ANALYSIS OF EDM USING TiN COATED COPPER WITH ORDINARY
ELECTRODE ON SS316 STEEL
|
|
|
EDM SILVER COPPER TOOL INVESTIGATION PROJECTS
|
|
101
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON D2 STEEL
|
|
102
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON D3 STEEL
|
|
103
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON EN8 STEEL
|
|
104
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON EN24 STEEL
|
|
105
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON EN31 STEEL
|
|
106
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON H11 STEEL
|
|
107
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON H13 STEEL
|
|
108
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON HCHCR STEEL
|
|
109
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON OHNS STEEL
|
|
110
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON OHNS O2 STEEL
|
|
111
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON SKD11 STEEL
|
|
112
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON SS304 STEEL
|
|
113
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON SS310 STEEL
|
|
114
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF MACHINING
PARAMETERS FOR EDM USING TiN COATED
COPPER ELECTROD ON SS316 STEEL
|
|
|
POWDER MIXED EDM (ALUMINIUM POWDER)
|
|
115
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
D2 STEEL BY USING ALUMINIUM POWDER
|
|
116
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN24 STEEL BY USING ALUMINIUM POWDER
|
|
117
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN31 STEEL BY USING ALUMINIUM POWDER
|
|
118
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN36 STEEL BY USING ALUMINIUM POWDER
|
|
119
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
H11 STEEL BY USING ALUMINIUM POWDER
|
|
120
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
H13 STEEL BY USING ALUMINIUM POWDER
|
|
121
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
OHNS STEEL BY USING ALUMINIUM POWDER
|
|
122
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS202 STEEL BY USING ALUMINIUM POWDER
|
|
123
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS304 STEEL BY USING ALUMINIUM POWDER
|
|
124
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS310 STEEL BY USING ALUMINIUM POWDER
|
|
|
POWDER MIXED EDM (COPPER POWDER)
|
|
125
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
D2 STEEL BY USING COPPER POWDER
|
|
126
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN24 STEEL BY USING COPPER POWDER
|
|
127
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN31 STEEL BY USING COPPER POWDER
|
|
128
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN36 STEEL BY USING COPPER POWDER
|
|
129
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
H11 STEEL BY USING COPPER POWDER
|
|
130
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
H11 STEEL BY USING COPPER POWDER
|
|
131
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
OHNS STEEL BY USING COPPER POWDER
|
|
132
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS202 STEEL BY USING COPPER POWDER
|
|
133
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS304 STEEL BY USING COPPER POWDER
|
|
134
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS310 STEEL BY USING COPPER POWDER
|
|
|
POWDER MIXED EDM (GRAPHITE POWDER)
|
|
135
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
D2 STEEL BY USING GRAPHITE POWDER
|
|
136
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN24 STEEL BY USING GRAPHITE POWDER
|
|
137
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN31 STEEL BY USING GRAPHITE POWDER
|
|
138
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN36 STEEL BY USING GRAPHITE POWDER
|
|
139
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
H11 STEEL BY USING GRAPHITE POWDER
|
|
140
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
H13 STEEL BY USING GRAPHITE POWDER
|
|
141
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
OHNS STEEL BY USING GRAPHITE POWDER
|
|
142
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS202 STEEL BY USING GRAPHITE POWDER
|
|
143
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS304 STEEL BY USING GRAPHITE POWDER
|
|
144
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS310 STEEL BY USING GRAPHITE POWDER
|
|
|
POWDER MIXED EDM (SILICON POWDER)
|
|
145
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
D2 STEEL BY USING SILICON POWDER
|
|
146
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN24 STEEL BY USING SILICON POWDER
|
|
147
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN31 STEEL BY USING SILICON POWDER
|
|
148
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN36 STEEL BY USING SILICON POWDER
|
|
149
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
H11 STEEL BY USING SILICON POWDER
|
|
150
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
H13 STEEL BY USING SILICON POWDER
|
|
151
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
OHNS STEEL BY USING SILICON POWDER
|
|
152
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
OHNS STEEL BY USING SILICON POWDER
|
|
153
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS304 STEEL BY USING SILICON POWDER
|
|
154
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS310 STEEL BY USING SILICON POWDER
|
|
|
PMEDM-(SILICON CARBIDE POWDER)
|
|
155
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
D2 STEEL BY USING SILICON CARBIDE POWDER
|
|
156
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN24 STEEL BY USING SILICON CARBIDE POWDER
|
|
157
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN31 STEEL BY USING SILICON CARBIDE POWDER
|
|
158
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
EN36 STEEL BY USING SILICON CARBIDE POWDER
|
|
159
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
H11 STEEL BY USING SILICON CARBIDE POWDER
|
|
160
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
H13 STEEL BY USING SILICON CARBIDE POWDER
|
|
161
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
OHNS STEEL BY USING SILICON CARBIDE POWDER
|
|
162
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS202 STEEL BY USING SILICON CARBIDE POWDER
|
|
163
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS304 STEEL BY USING SILICON CARBIDE POWDER
|
|
164
|
AN
EXPERIMENTAL INVESTIGATIONS ON POWDER MIXED ELECTRIC DISCHARGE MACHINING ON
SS310 STEEL BY USING SILICON CARBIDE POWDER
|
|
|
FABRICATION PROJECTS
|
|
1
|
A SAFETY ENVIRONMENTAL
INSPECTION FOR FOUNDRY WORKSHOP BASED ON PHYSICAL PARAMETERS.
|
|
2
|
FABRICATION OF AUTOMATIC
EXTERNAL LENGTH CONTROL SYSTEM FOR CONVENTIONAL LATHE
|
|
3
|
AUTOMATIC BREAK FAILURE
INDICATOR AND ENGINE OVER HEATING ALARM
|
|
4
|
AUTOMATIC CLUTCH AND BRAKING
SYSTEM FOR FOUR WHEELER
|
|
5
|
AUTOMATIC RAIN OPERATED WIPER
|
|
6
|
FABRICATION OF AUTOMATIC
PNEUMATIC BRAKING SYSTEM WITH PNEUMATIC BUMPER PROTECTION
|
|
7
|
FABRICATION OF PROTO TYPE DUAL
MODE TEMPERAURE THROUGH PELTIER PRINCIPLE
|
|
8
|
FABRICATION OF ECCENTRIC HAMMER
FOR INDUSTRIAL PURPOSE
|
|
9
|
FABRICATION OF MOTORIZED
EXTERNAL THREAD FORMING MACHINE
|
|
10
|
DESIGN
AND ANALYSIS OF PNEUMATIC GRIPPER IN VARIABLE PRESSURE FOR MATERIAL HANDLING
SYSTEM
|
|
11
|
FABRICATION OF SENSOR BASED
INSPECTION CONVEYOR
|
|
12
|
DESIGN
AND IMPLEMENTATION OF GEAR LESS MECHNISM IN RIGHT ANGLE
|
|
13
|
FABRICATION
OF DRILLING MAHINE FOR BRITTILE MATERIAL
|
|
14
|
FABRICATION OF HEIGHT REJECTION
BASDED ON MATERIAL HANDLING SYSTEM USING BY PNEUMATICS
|
|
15
|
FABRICATION OF IN BUILT
HYDRAULIC JACK
|
|
16
|
INTELLIGENT
BRAKE SYSTEM FOR FOUR WHEELR FOR ACCIDENT AVOIDING
|
|
17
|
DESIGN AND FABRICATION OF
MOTORIZED SHEET CUTTING MACHINE FOR SHEET METAL INDUSTRIES
|
|
18
|
DESIGN AND FABRICATION OF CHAIN
DRIVE MECHANICAL JACK
|
|
19
|
FABRICATION OF SOLAR POWER OPERATED PADDY CLEANING MACHINE
|
|
20
|
DESIGN
AND ANALYSIS OF PNEUMATIC GRIPPER IN VARIABLE PRESSURE FOR MATERIALHANDLING
SYSTEM
|
|
21
|
FABRICATION OF SLOTTED METHOD
DRILLING MACHINE
|
|
22
|
FUEL LEVEL MONITORING IN
INTERNAL COMBUSTION ENGINES
|
|
23
|
FABRICATION OF HELICAL SPRING
LOAD TESTING MACHINE
|
|
24
|
FABRICATION OF THERMOELECTRIC
AIR HEATER
|
|
25
|
FABRICATION OF ULTRASONIC
OPERATED BRAKE SYSTEM
|
|
26
|
VEHICLE OVER SPEED INDICATOR
AND FUEL CUTOFF SYSTEM
|
|
27
|
FABRICATION OF MOTORIZED
EXTERNAL THREAD FORMING MACHINE WITH PLC CONTROL
|
|
28
|
FABRICATION
AND FABRICATION OF MICROCONTROLLER BASED ELBOW MECHANISM GRINDING MACHINE
WITH MULTISPEED DRIVE-MICRO -1
|
|
29
|
FABRICATION
AND FABRICATION OF MICROCONTROLLER BASED ELBOW MECHANISM GRINDING MACHINE
WITH MULTISPEED DRIVE-MICRO-2
|
|
30
|
FABRICATION
AND FABRICATION ELBOW MECHANISM GRINDING MACHINE WITH MULTIPLE DIRECTION
|
|
31
|
PLC BASED PROTO TYPE DUAL MODE
TEMPERAURE BY USING TEC PRINCIPLE FOR MAINTAINING THE TEMPERATURE OF PARKING
TIME
|
|
32
|
FABRICATION
OF RENEWABLE ENERGY TYPE THERMO ELECTRIC REFRIGERATION SYSTEM
|
|
33
|
PERFORMANCE
ANALYSIS OF RENEWABLE ENERGY THERMO ELECTRIC REFRIGERATION SYSTEM
|
|
|
GRINDING
PROJECTS
|
|
|
CENTRELESS
GRINDING
|
|
1
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF EN353
|
|
2
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF ALUMINIUM MATAL MATRIX.
|
|
3
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF COLD WORK STEEL.
|
|
4
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF D2
|
|
5
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF D3
|
|
6
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF EN 19
|
|
7
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF EN24
|
|
8
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF EN31
|
|
9
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF H11
|
|
10
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF OHNS
|
|
11
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF SS202
|
|
12
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF SS304
|
|
13
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF GEOMETRICAL ERROR RATE AND SURFACE
ROUGHNESS IN CENTERLESS GRINDING OF SS410
|
|
|
CYLINDRICAL
GRINDING PROJECTS
|
|
14
|
OPTIMIZATION
OF SURFACE GRINDING PROCESS PARAMETERS BY TAGUCHI METHOD ON ALUMINIUM METAL
MATRIX
|
|
15
|
OPTIMIZATION
OF SURFACE GRINDING PROCESS PARAMETERS BY TAGUCHI METHOD ON COLD WORK STEEL
|
|
16
|
OPTIMIZATION
OF SURFACE GRINDING PROCESS PARAMETERS BY TAGUCHI METHOD ON D2
|
|
17
|
OPTIMIZATION
OF SURFACE GRINDING PROCESS PARAMETERS BY TAGUCHI METHOD ON D3
|
|
18
|
OPTIMIZATION
OF SURFACE GRINDING PROCESS PARAMETERS BY TAGUCHI METHOD ON EN 19
|
|
19
|
OPTIMIZATION
OF SURFACE GRINDING PROCESS PARAMETERS BY TAGUCHI METHOD ON EN 24
|
|
20
|
OPTIMIZATION
OF SURFACE GRINDING PROCESS PARAMETERS BY TAGUCHI METHOD ON EN31
|
|
21
|
OPTIMIZATION
OF SURFACE GRINDING PROCESS PARAMETERS BY TAGUCHI METHOD ON EN353
|
|
22
|
OPTIMIZATION
OF SURFACE GRINDING PROCESS PARAMETERS BY TAGUCHI METHOD ON H11
|
|
23
|
OPTIMIZATION
OF SURFACE GRINDING PROCESS PARAMETERS BY TAGUCHI METHOD ON OHNS
|
|
24
|
OPTIMIZATION
OF PROCESS PARAMETERS ON SS 410 IN CYLINDRICAL GRINDING PROCESS
|
|
25
|
OPTIMIZATION
OF PROCESS PARAMETERS ON SS 202 IN CYLINDRICAL GRINDING PROCESS
|
|
26
|
OPTIMIZATION
OF PROCESS PARAMETERS ON SS 304 IN CYLINDRICAL GRINDING PROCESS
|
|
|
SURFACE GRINDING
PROJECTS
|
|
28
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON SS410 BY USING SURFACE GRINDING
PROCESS PARAMETERS
|
|
29
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON ALUMINIUM MATAL MATRIX BY USING
SURFACE GRINDING PROCESS PARAMETERS
|
|
30
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON COLD WORK STEEL BY USING SURFACE
GRINDING PROCESS PARAMETERS
|
|
31
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON D2 BY USING SURFACE GRINDING
PROCESS PARAMETERS
|
|
32
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON D3 BY USING SURFACE GRINDING
PROCESS PARAMETERS
|
|
33
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON EN19 BY USING SURFACE GRINDING
PROCESS PARAMETERS
|
|
34
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON EN24 BY USING SURFACE GRINDING
PROCESS PARAMETERS
|
|
35
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON EN31 BY USING SURFACE GRINDING
PROCESS PARAMETERS
|
|
36
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON EN353 BY USING SURFACE GRINDING
PROCESS PARAMETERS
|
|
37
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON H11 BY USING SURFACE GRINDING
PROCESS PARAMETERS
|
|
38
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON OHNS BY USING SURFACE GRINDING
PROCESS PARAMETERS
|
|
39
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON SS202 BY USING SURFACE GRINDING
PROCESS PARAMETERS
|
|
40
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION STUDIES ON SS304 BY USING SURFACE GRINDING
PROCESS PARAMETERS
|
|
|
PLASMA CUTTING
PROJECTS
|
|
1
|
AN
INVESTIGATION AND PREDICTION OF PROPERTIES AND SURFACE ROUGHNESS DURING
PLASMA CUTTING OPERATION OF EN24 MATERIAL
|
|
2
|
OPTIMIZATION
OF CUTTING PARAMETER IN PLASMA CUTTING ON MILD STEEL THIN PLATES WITH VARIOUS
THICKNESS AND CONSTANT PARAMETER
|
|
3
|
AN
INVESTIGATION AND PREDICTION OF FLATNESS AND SURFACE ROUGHNESS DURING PLASMA
CUTTING OPERATION OF SS410 MATERIAL
|
|
|
PRESS TOOL PROJECTS
|
|
1
|
EXPERIMENTAL
INVESTIGATION OF ANGLE CUTTING DIE TO ATTAIN EXACT GEOMETRY AT CUTTING FACE
|
|
2
|
DESIGN AND STRESS ANALYSIS OF
OVAL PUNCHING HOLES ON SHEET METAL
|
|
|
WELDING
LIST
|
|
|
FLEX CORE ARC WELDING
|
|
1
|
MECHANICAL
CHARACTERIZATION ANALYSIS OF DISSIMILAR WELD JOINTS ON EN24 AND SS 409 BY
USING FCAW
|
|
2
|
OPTIMIZATION
AND MICROSTRUCTURE ANALYSIS OF FLUX CORE ARC WELDING PARAMETERS FOR J OINING
MEDIUM AND HIGH CARBON STEELS USING TAGUCHI
|
|
3
|
EXPERIMENTAL
INVESTIGATION AND EFFECT OF FLUX CORE ARC WELDING (FCAW) PROCESSES ON
DIFFERENT PARAMETERS ON DISIMILAR STEEL
|
|
4
|
EXPERIMENTAL
ANALYSIS TO IMPROVE DISSIMILAR WELDMENTS QUALITY AND SAFETY ASPECTS BY USING
MODIFIED FLUX CORE ARC WELDING PROCESS ON EN8 &OHNS
|
|
5
|
EXPERIMENTAL
INVESTIGATION AND EFFECT OF FLUX CORE ARC WELDING (FCAW) PROCESSES ON
DIFFERENT PARAMETERS ON EN8
|
|
6
|
EXPERIMENTAL
INVESTIGATION AND EFFECT OF FLUX CORE ARC WELDING (FCAW) PROCESSES ON
DIFFERENT PARAMETERS ON EN19
|
|
7
|
EXPERIMENTAL
INVESTIGATION AND WELD CHARACTERISTIC ANALYSIS OF FCAW WELDING PROCESS ON
EN24
|
|
8
|
EXPERIMENTAL
INVESTIGATION AND EFFECT OF FLUX CORE ARC WELDING (FCAW) PROCESSES ON
DIFFERENT PARAMETERS ON OHNS
|
|
9
|
AN
INVESTIGATION AND WELDING CHARACTERIZATION OF DISSIMILAR JOINTS OF ALLOY
STEEL WITH SS409 THROUGH FCAW
|
|
10
|
EXPERIMENTAL
ANALYSIS TO IMPROVE DISSIMILAR WELDMENTS BY USING MODIFIED FLUX CORE ARC
WELDING PROCESS
|
|
11
|
OPTIMIZATION
AND MECHANICAL CHARACTERISTICS ANALYSIS OF FLUX CORE ARC WELDING PARAMETERS
FOR D3 STEELS USING TAGUCHI
|
|
12
|
MECHANICAL
CHARACTER ANALYSIS OF SA 387(GRADE 12) PRESSURE VESSLE MATERIALS FOR SAFETY
WELD STRUCTURE BY USING FCAW PROCESS
|
|
13
|
EXPERIMENTAL
ANALYSIS TO IMPROVE DISSIMILAR WELDMENTS BY USING MODIFIED FLUX CORE ARC
WELDING PROCESS ON SA387 –GR22
|
|
14
|
WELD
JOINT EFFICIENCY ANALYSIS OF PRESSURE VESSLE TUBE JOINTS ON P91 WITH
HORIZONTAL POSITION BY USING FCAW
|
|
15
|
WELD
JOINT EFFICIENCY ANALYSIS OF PRESSURE VESSLE TUBE JOINTS ON P92 WITH
HORIZONTAL POSITION BY USING FCAW
|
|
16
|
WELD
JOINT EFFICIENCY ANALYSIS OF PRESSURE VESSLE TUBE JOINTS ON SA210 WITH
HORIZONTAL POSITION BY USING FCAW
|
|
17
|
WELD
JOINT EFFICIENCY ANALYSIS OF PRESSURE VESSLE TUBE JOINTS ON SA210 WITH
HORIZONTAL POSITION BY USING FCAW
|
|
18
|
THERMO-MECHANICAL
ANALYSIS OF FCAW WELDING OF SA 387(GRADE 22) PRESSURE VESSLE MATERIALS
|
|
19
|
EXPERIMENTAL
ANALYSIS TO IMPROVE DISSIMILAR WELDMENTS BY USING MODIFIED FLUX CORE ARC
WELDING PROCESS
|
|
20
|
EXPERIMENTAL
ANALYSIS TO IMPROVE DISSIMILAR WELDMENTS QUALITY AND SAFETY ASPECTS BY USING
MODIFIED FLUX CORE ARC WELDING PROCESS
|
|
|
GMAW-GAS METAL ARC WELDING PROJECTS
|
|
21
|
EXPERIMENTAL
INVESTIGATION AND MECHANICAL BEHAVIOUR ANALYSIS OF MIG WELDING ON C45 STEEL
|
|
22
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICSAND BEAD GEOMTERY
ANALYSIS FOR STAINLESS STEEL 416
|
|
23
|
ANALYSIS
AND INVESTIGATION OF D2 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETER USING
GMAW WELDING
|
|
24
|
ANALYSIS
AND INVESTIGATION OF D3 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETER USING
GMAW WELDING
|
|
25
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICSAND BEAD GEOMTERY
ANALYSIS FOR STAINLESS STEEL EN8
|
|
26
|
EXPERIMENTAL
INVESTIGATION AND WELDING CHARACTERIZATION ANALYSIS OF DISSIMILAR JOINTS OF
ALLOY STEEL AND SS 410 STAINLESS STEEL
|
|
27
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICSAND BEAD GEOMTERY
ANALYSIS FOR STAINLESS STEEL EN21
|
|
28
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICSAND BEAD GEOMTERY
ANALYSIS FOR STAINLESS STEEL EN24
|
|
29
|
EXPERIMENTAL
INVESMIGATION AND PREDICT THE GMAW PROCESS PARAMETER ON AL 6061
|
|
30
|
EXPERIMENTAL
ANALYSIS TO IMPROVE WELDMENTS BY USING GAS METAL ARC WELDING PROCESS ON
OHNS
|
|
31
|
ANALYSIS
AND INVESTIGATION OF EN36 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETERS
USING GMAW WELDING
|
|
32
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICSAND BEAD GEOMTERY
ANALYSIS ON OHNS
|
|
33
|
EXPERIMENTAL
INVESTIGATION AND MECHANICAL BEHAVIOUR ANALYSIS OF FCAW WELDING ON SAE
387(GRADE 12) PRESSURE VESSLE MATERIALS
|
|
34
|
THERMO-MECHANICAL
ANALYSIS OF GMAW WELDING OF SAE 387(GRADE 22) PRESSURE VESSLE MATERIALS
|
|
35
|
THERMO-MECHANICAL
ANALYSIS OF DISMILAR GMAW WELDING OF SAE 387 GR-22&SS409 PRESSURE VESSLE
MATERIALS
|
|
36
|
EXPERIMENTAL
INVESTIGATION & WELD CHARACTERISTICS ANALYSIS ON SS 202&SS410 BY GMAW
PROCESS
|
|
37
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICSAND BEAD GEOMTERY
ANALYSIS FOR STAINLESS STEEL 202
|
|
38
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICS FOR A MIG WELDING
WITH SS 304 &410L
|
|
39
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICS AND BEAD GEOMETRY FOR
SS 304THROUGH GMAW
|
|
40
|
ANALYSIS
AND OPTIMIZATION OF WELD CHARACTERISTICSAND BEAD GEOMTERY ANALYSIS FOR
STAINLESS STEEL SS316 BY GMAW PROCESS
|
|
41
|
AN
NVESTIGATION AND FEA ANALYSIS OF DISSIMILAR JOINTS WITH ALLOY STEEL AND SS
409 STAINLESS STEEL
|
|
42
|
EXPERIMENTAL
INVESTIGATIONS OF WELD CHARACTERISTICS FOR A MIG WELDING WITH SS409
|
|
43
|
EXPERIMENTAL
INVESTIGATION AND WELDING CHARACTERIZATION ANALYSIS OF DISSIMILAR JOINTS OF
ALLOY STEEL AND SS 409 STAINLESS STEEL
|
|
44
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF DISMILAR WELD CHARACTERISTICS AND BEAD
GEOMETRY FOR SS 304&SS410 THROUGH GMAW
|
|
45
|
ANALYSIS
AND INVESTIGATION OF SS410 &EN24 STEEL WELDMENT WITH VARIOUS PROCESS
PARAMETERS USING GMAW WELDING
|
|
46
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICSAND BEAD GEOMTERY
ANALYSIS OF STAINLESS STEEL 410
|
|
47
|
WELD
JOINT EFFICIENCY ANALYSIS OF PRESSURE VESSLE TUBE JOINTS ON SA210GR A1 STEEL
WITH HORIZONTAL POSITION
|
|
48
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICSAND BEAD GEOMTERY
ANALYSIS FOR STAINLESS STEEL EN19
|
|
49
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICS AND BEAD GEOMTERY
ANALYSIS FOR STAINLESS STEEL EN36
|
|
50
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICSAND BEAD GEOMTERY
ANALYSIS FOR STAINLESS STEEL EN47
|
|
51
|
THERMO-MECHANICAL
ANALYSIS OF DISMILAR GMAW WELDING OF SAE 387 GR-22&GR12 PRESSURE VESSLE
MATERIALS
|
|
52
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICS AND BEAD GEOMETRY FOR
SS 316THROUGH GMAW
|
|
53
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICSAND BEAD GEOMTERY
ANALYSIS FOR STAINLESS STEEL WITH OHNS
|
|
|
GTAW-GAS TUNGSTAN ARC WELDING PROJECTS
|
|
54
|
EXPERIMENTAL
INVESTIGATION AND MECHANICAL BEHAVIOUR ANALYSIS OF GTAW PROCESS ON EN42J STEEL
|
|
55
|
PREDICTION OF WELD BEAD GEOMETRY ANALYSIS FOR
AL LM6 METAL MATRIX COMPOSITES
|
|
56
|
PREDICTION OF WELD BEAD GEOMETRY ANALYSIS FOR AL LM25 METAL
MATRIX COMPOSITES
|
|
57
|
EXPERIMENTAL
INVESTIGATION AND PREDICT THE GTAW PROCESS PARAMETER ON AL 6061
|
|
58
|
EXPERIMENTAL
INVESTIGATION AND THE PREDICT THE GTAW PROCESS PARAMETER PROCESS ON AL 6063
|
|
59
|
ANALYSIS
AND INVESTIGATION OF OHNS WELDMENT WITH VARIOUS PROCESS PARAMETERS USING GTAW
WELDING
|
|
60
|
ANALYSIS
AND INVESTIGATION OF D3 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETER USING
GTAW WELDING
|
|
61
|
ANALYSIS
AND INVESTIGATION OF EN36 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETERS
USING GTAW WELDING
|
|
62
|
ANALYSIS
AND INVESTIGATION OF EN8 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETER USING
GTAW WELDING
|
|
63
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICSAND BEAD GEOMTERY
ANALYSIS FOR EN19 BY USING GTAW
|
|
64
|
ANALYSIS
AND INVESTIGATION OF EN21 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETERS
USING GTAW WELDING
|
|
65
|
ANALYSIS
AND INVESTIGATION OF EN24 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETERS
USING GTAW WELDING
|
|
66
|
ANALYSIS
AND INVESTIGATION OF SA387 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETERS
USING GTAW WELDING
|
|
67
|
EXPERIMENTAL
ANALYSIS OF WELD CHARACTERISTICS OF STAINLESS STEEL 409 THROUGH GTAW
|
|
68
|
EXPERIMENTAL
INVESTIGATIONS AND WELD CHARACTERISTICS OF SINGLE PASS SEMI AUTOMATIC TIG
WELDING WITH DISIMILAR STAINLESS STEELS
|
|
69
|
ANALYSIS
AND INVESTIGATION OF SS202 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETERS
USING GTAW WELDING
|
|
70
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICS FOR A MIG WITH TIG
WELDING WITH SS 304 &EN8
|
|
71
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICS FOR A TIG WELDING
WITH SS 304 &EN8
|
|
72
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICS FOR A TIG WELDING
WITH SS 304 &410L
|
|
73
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICS FOR A SINGLE PASS TIG
WELDING WITH SS304
|
|
74
|
ANALYSIS
AND INVESTIGATION OF SS316 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETERS
USING GTAW WELDING
|
|
75
|
EXPERIMENTAL
INVESTIGATIONS AND WELD CHARACTERISTICS OF SINGLE PASS GTAW WITH SS410
|
|
76
|
WELD
JOINT EFFICIENCY ANALYSIS OF PRESSURE VESSLE TUBE JOINTS ON SA210 WITH
HORIZONTAL POSITION
|
|
77
|
EXPERIMENTAL
INVESTIGATION AND WELDING CHARACTERIZATION ANALYSIS OF DISSIMILAR JOINTS OF
ALLOY STEEL AND SS 409 STAINLESS STEEL
|
|
78
|
ANALYSIS
AND INVESTIGATION OF EN31 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETERS
USING GTAW WELDING
|
|
79
|
ANALYSIS
AND INVESTIGATION OF SS416 STEEL WELDMENT WITH VARIOUS PROCESS PARAMETERS
USING GTAW WELDING
|
|
|
LASER CUTTING PROJECTS
|
|
80
|
SOME
EXPERIMENTAL INVESTIGATION OF ND-YAG LASER CUTTING OF HIGH CARBON STEELS
|
|
81
|
FINITE
ELEMENT ANALYSIS IN ND-YAG LASER CUTTING OF CARBON STEELS SHEET WITH VARIOUS
PROCESS PARAMETER
|
|
82
|
EXPERIMENTAL
INVESTIGATION OF LASER CUTTIN G OF LOW CARBON STEEL THIN SHEETS USING O2
ASSIST GAS
|
|
83
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF CUTTING PARAMETER IN ND-YAG LASER CUTTING
OF COPPER FOILS THROUGH VARIOUS PROCESS PARAMETER
|
|
84
|
EXPERIMENTAL
INVESTIGATION OF LASER SURFACE HARDENING OF HIGH CARBON STEEL
|
|
85
|
ANALYSIS
AND OPTIMIZATION OF CUTTING PARAMETER IN ND-YAG LASER CUTTING OF HIGH CARBON
STEELS SHEET
|
|
86
|
EXPERIMENTAL
INVESTIGATION OF ND-YAG LASER CUTTING OF HIGH CARBON STEELS WITH VARIOUS
GASES
|
|
87
|
ND-YAG
LASER CUTTING OF HIGH CARBON STEELS WITH VARIOUS THICKNESS AND CONSTANT
PARAMETER
|
|
88
|
SOME
EXPERIMENTAL INVESTIGATION OF ND-YAG LASER CUTTING OF HIGH CARBON STEELS
|
|
89
|
EXPERIMENTAL
INVESTIGATION OF ND-YAG LASER CUTTING OF SS SHEETS WITH VARIOUS GASES
|
|
90
|
SOME
EXPERIMENTAL INVESTIGATION OF ND-YAG LASER CUTTING OF THIN COPPER SHEETS
|
|
91
|
EXPERIMENTAL
INVESTIGATION OF ND-YAG LASER PROFILE CUTTING OF TITANIUM STEEL SHEETS WITH
VARIOUS GASES
|
|
92
|
EXPERIMENTAL
INVESTIGATION OF SQUARE DRILLING THROUGH ND-YAG LASER OF TITANIUM STEEL
SHEETS WITH VARIOUS PARAMETER
|
|
|
LASER WELDING PROJECTS
|
|
93
|
EXPERIMENTAL
INVESTIGATIONS OF PULSED ND: YAG LASER WELDING ON AUSTNITE STEEL SHEETS-SS202
|
|
94
|
EVALUATION
OF ND: YAG LASER WELDING EFFICIENCIESFOR 302 STAINLESS STEEL
|
|
95
|
EVALUATION
OF ND: YAG LASER WELDING EFFICIENCIESFOR 310 STAINLESS STEEL
|
|
96
|
EVALUATION
OF ND: YAG LASER WELDING EFFICIENCIESFOR 316 STAINLESS STEEL
|
|
97
|
EVALUATION
OF ND: YAG LASER WELDING EFFICIENCIESFOR 409 STAINLESS STEEL
|
|
98
|
EVALUATION
OF ND: YAG LASER WELDING EFFICIENCIESFOR 410 STAINLESS STEEL
|
|
99
|
EVALUATION
OF ND: YAG LASER WELDING EFFICIENCIESFOR 430 STAINLESS STEEL
|
|
100
|
METALLURGICAL
INVESTIGATIONS OF PULSED ND: YAG LASER WELDING OF AUSTNITE AND MARTENSITE
STAINLESS STEEL SHEETS
|
|
101
|
EVALUATION
OF ND: YAG LASER WELDING EFFICIENCIES FOR 304 STAINLESS STEEL
|
|
102
|
METALLURGICAL
INVESTIGATIONS OF PULSED ND: YAG LASER WELDING ON AUSTNITE STEEL SHEETS-SS202
|
|
103
|
METALLURGICAL
INVESTIGATIONS OF PULSED ND: YAG LASER OF DISSIMILAR WELD JOINT
SS202&SS410 STEEL SHEETS
|
|
104
|
METALLURGICAL
INVESTIGATIONS OF PULSED ND: YAG LASER WELDING OF AUSTNITE AND MARTENSITE
STAINLESS STEEL SHEETS
|
|
105
|
METALLURGICAL
INVESTIGATIONS OF PULSED ND: YAG LASER WELDING ON AUSTNITE STEEL SHEETS-SS
202
|
|
106
|
METALLURGICAL
INVESTIGATIONS OF PULSED ND: YAG LASER WELDING OF MARTENSITE STAINLESS STEEL
SHEETS
|
|
|
MIG AND TIG WELDING PROJECTS
|
|
107
|
AN
EXPERIMENTAL INVESTIGATION OF TENSILE STRENGTH OF MIG AND TIG WELDED
DISSIMILAR JOINTS OF ALLOY STEEL AND STAINLESS STEEL
|
|
108
|
MECHANICAL
BEHAVIOUR AND MICROSTRUCTURE ANALYSIS OF THIN SHEETS OF SS304 STELL USING
GMAW
|
|
109
|
ANALYSIS
AND EXPERIMENTAL INVESTIGATIONS OF WELD CHARACTERISTICS FOR A TIG WELDING
WITH SS 304 L &410
|
|
110
|
EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION OF SS304 STELL USING
GTAW&GMAW
|
|
111
|
SOME
EXPERIMENTAL INVESTIGATION AND IMPROVEMENT IN MECHANICAL PROPERTIES OF
STAINLESS STEELS WELDED BY GMAW AND GTAW
|
|
112
|
AN
EXPERIMENTAL INVESTIGATION OF TENSILE STRENGTH OF MIG AND TIG WELDED
DISSIMILAR JOINTS OF ALLOY STEEL AND STAINLESS STEEL
|
|
113
|
EXEPERIMENTAL
INVESTIGATION AND WELD CHARACTER ANALYSIS OF MMAW WITH 7018 ELECTROD ON
HARDENED AND UN HARDENED ALLOY STEEL
|
|
|
BEVEL ANGLE WELDING
|
|
114
|
AN
INVESTIGATION EFFECT OF BEVEL ANGLE AND WIRE FEED RATE OF BI METTALIC STEEL
JOINTS IN GTAW
|
|
115
|
AN
INVESTIGATION EFFECT OF BEVEL ANGLE AND WIRE FEED RATE OF DISSIMILAR WELD
JOINTS IN GMAW
|
|
116
|
AN
INVESTIGATION EFFECT OF BEVEL ANGLE AND WIRE FEED RATE OF DISSIMILAR WELD
JOINTS IN FCAW
|
|
117
|
AN
INVESTIGATION EFFECT OF BEVEL ANGLE AND WIRE FEED RATE OF BI METTALIC STEEL
JOINTS IN GTAW
|
|
118
|
AN
INVESTIGATION EFFECT OF BEVEL ANGLE AND WIRE FEED RATE OF DISSIMILAR CARBON
STEEL JOINTS IN GMAW
|
|
119
|
AN
INVESTIGATION EFFECT OF BEVEL ANGLE AND WIRE FEED RATE OF BI METTALIC STEEL
JOINTS IN FCAW
|
|
120
|
AN
INVESTIGATION EFFECT OF BEVEL ANGLE AND WIRE FEED RATE OF EN 24 STEEL JOINTS
IN GTAW
|
|
121
|
AN
INVESTIGATION EFFECT OF BEVEL ANGLE AND WIRE FEED RATE OF EN 19 STEEL JOINTS
IN GMAW
|
|
122
|
AN
INVESTIGATION EFFECT OF BEVEL ANGLE AND WIRE FEED RATE OF EN 31 STEEL JOINTS
IN FCAW
|
|
123
|
EXEPERIMENTAL
INVESTIGATION AND WELD CHARACTER ANALYSIS OF MMAW WITH 7018 ELECTROD ON
HARDENED ALLOY STEEL
|
|
|
SPOT WELDING PROJECTS
|
|
124
|
EXPERIMENTAL
INVESTIGATION AND IT’S EFFECT OF PARAMETERS ON RESISTANCE SPOT WELD OF ASS316
MATERIAL
|
|
125
|
EXPERIMENTAL
INVESTICATION OF RESISTANCE SPOT WELDING BETWEEN SS410 &SS304
|
|
126
|
EXPERIMENTAL
INVESTIGATION AND IT’S EFFECT OF PARAMETERS ON RESISTANCE SPOT WELD OF SS409
MATERIAL
|
|
127
|
EXPERIMENTAL
INVESTIGATION AND IT’S EFFECT OF PARAMETERS ON RESISTANCE SPOT WELD OF SS409
MATERIAL
|
|
128
|
EXPERIMENTAL
INVESTICATION OF RESISTANCE SPOT WELDING BETWEEN SS410 STAINLESS STEEL AND
MILD CARBON STEEL DISSIMILAR ALLOYS
|
|
129
|
EXPERIMENTAL
INVESTIGATION AND IT’S EFFECT OF PARAMETERS ON RESISTANCE SPOT WELD OF SS202
MATERIAL
|
|
130
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF RESISTANCE SPOT WELDING BETWEEN SS 202 AND
AL 5052
|
|
131
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF RESISTANCE SPOT WELDING BETWEEN SS304 AND
AL 5052
|
|
132
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF RESISTANCE SPOT WELDING BETWEEN SS310 AND
AL 5052
|
|
133
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF RESISTANCE SPOT WELDING BETWEEN SS316 AND
AL 5052
|
|
134
|
EXPERIMENTAL
INVESTIGATION AND OPTIMIZATION OF RESISTANCE SPOT WELDING BETWEEN SS409 AND
AL 5052
|
|
|
FRICTION STIR WELDING PROJECTS
|
|
135
|
MECHANICAL
BEHAVIOUR OF FRICTION STIR WELDED AL6061&AL1100- DISSIMILAR ALUMINUM
JOINTS
|
|
136
|
MECHANICAL
BEHAVIOUR OF FRICTION STIR WELDED AL6061&AL5052- DISSIMILAR ALUMINUM
JOINTS
|
|
137
|
MECHANICAL
BEHAVIOUR OF FRICTION STIR WELDED AL6061&AL6063- DISSIMILAR ALUMINUM
JOINTS
|
|
138
|
MECHANICAL
BEHAVIOUR OF FRICTION STIR WELDED AL6063&AL1100- DISSIMILAR ALUMINUM
JOINTS
|
|
139
|
MECHANICAL
BEHAVIOUR OF FRICTION STIR WELDED AL6063&AL5052- DISSIMILAR ALUMINUM
JOINTS
|
|
140
|
MECHANICAL
BEHAVIOUR OF FRICTION STIR WELDED AL6063&AL6061- DISSIMILAR ALUMINUM
JOINTS
|
|
141
|
MECHANICAL
BEHAVIOUR OF FRICTION STIR WELDED AL6082&AL5052- DISSIMILAR ALUMINUM
JOINTS
|
|
142
|
EXPERIMENTAL
INVESTIGATION OF THE TENSILE STRENGTH OF FRICTION STIR WELDED 1100 ALUMINUM
JOINTS
|
|
143
|
EXPERIMENTAL
INVESTIGATION OF THE TENSILE STRENGTH OF FRICTION STIR WELDED 5052 ALUMINUM
JOINTS
|
|
144
|
EXPERIMENTAL
INVESTIGATION OF THE TENSILE STRENGTH OF FRICTION STIR WELDED 6061 ALUMINUM
JOINTS
|
|
145
|
EXPERIMENTAL
INVESTIGATION OF THE TENSILE STRENGTH OF FRICTION STIR WELDED 6063 ALUMINUM
JOINTS
|
|
146
|
EXPERIMENTAL
INVESTIGATION OF THE TENSILE STRENGTH OF FRICTION STIR WELDED 6082 ALUMINUM
JOINTS
|
|
147
|
EXPERIMENTAL
INVESTIGATION OF THE TENSILE STRENGTH OF FRICTION STIR WELDED 7075 ALUMINUM
JOINTS
|
|
148
|
EXPERIMENTAL
INVESTIGATION MICROSTRUCTURAL ANALYSIS OF FRICTION STIR WELDED 1100 ALUMINUM
JOINTS
|
|
149
|
EXPERIMENTAL
INVESTIGATION MICROSTRUCTURAL ANALYSIS OF FRICTION STIR WELDED 5052 ALUMINUM
JOINTS
|
|
150
|
EXPERIMENTAL
INVESTIGATION MICROSTRUCTURAL ANALYSIS OF FRICTION STIR WELDED 6061 ALUMINUM
JOINTS
|
|
151
|
EXPERIMENTAL
INVESTIGATION MICROSTRUCTURAL ANALYSIS OF FRICTION STIR WELDED 6063 ALUMINUM
JOINTS
|
|
152
|
EXPERIMENTAL
INVESTIGATION MICROSTRUCTURAL ANALYSIS OF FRICTION STIR WELDED 6082 ALUMINUM
JOINTS
|
|
153
|
EXPERIMENTAL
INVESTIGATION MICROSTRUCTURAL ANALYSIS OF FRICTION STIR WELDED 7075 ALUMINUM
JOINTS
|
|
|
FRICTION STIR PROCESSING PROJECTS
|
|
154
|
FRICTION
STIR PROCESSING AND MECHANICAL BEHAVIOUR ANALYIS OF ASISI 11OO
|
|
155
|
EFFECTS
OF PROCESS PARAMETERS ON THE MECHANICAL BEHAVIOUR OF AL6082/AL2O3
COMPOSITE LAYER FABRICATED BY FRICTION STIR PROCESSING
|
|
|
WATER JET CUTTING PROJECTS
|
|
156
|
EXPERIMENTAL
INVESTIGATION AND PROCESS PARAMETER OPTIMIZATION OF SS 304 IN ABRASIVE WATER
JET CUTTING
|
|
157
|
EXPERIMENTAL
STUDY ON SURFACE ROUGHNESSABRASIVE WATER JET CUTTING ON TOOLTEEL
|
|
|
CFRP-CARBON FIBER REINFORCED POLYMER PROJECTS
|
|
1
|
ANALYSIS
OF CHARACTERIZATION AND EFFECTS OF FIBER PULL-OUTS IN HOLE QUALITY OF CARBON
FIBER REINFORCED PLASTICS COMPOSITE
|
|
2
|
EXPERIMNTAL
AND OPTIMIZATION OF MACHINING PARAMETERS IN EDM OF CFRP COMPOSITE USING
TAGUCHI TECHNIQUE
|
|
3
|
ANALYSIS
OF CHARACTERIZATION AND EFFECTS OF FIBER PULL-OUTS IN HOLE QUALITY OF CARBON
FIBER REINFORCED PLASTICS COMPOSITE
|
|
4
|
MACHINABLITY
EVALUATION AND OPTIMIZATION OF CARBON FIBER REINFORCED PLASTC BY USING CNC
TURNING
|
|
5
|
AN
INVESTIGATION AND OPTIMIZATION OF CFRP BY USING END MILLING WITH TAGUCHI
TECHNIQUE
|
|
6
|
EXPERIMENTAL
ANALYSIS AND MACHINABLITY PROPERTIES OF GFRP COMPOSITE MATERIAL BY USING VMC
|
|
7
|
EXPERIMENTAL INVESTIGATION AND OPTIMIZATION OF
TURNING PROCESS PARAMETER ON GFRP WITH VARIOUS NOSE RADIUS
|
|
|
ALUMINIUM METAL MATRIX COMPOSITE PROJECTS
|
|
1
|
EXPERIMENTAL
ANALYSIS AND MECHANICAL CHARACTERISATION OF 2014 ALLOY METAL MATRIX WITH
ALUMINA OXIDE&GRAPHITE
|
|
2
|
EXPERIMENTAL
ANALYSIS AND MECHANICAL CHARACTERISATION OF AL ALLOY METAL MATRIX WITH
ALUMINA OXIDE&GRAPHITE
|
|
3
|
MORPHOLOGICAL
AND MACHINABLITY STUDIES OF AL/ 10%SIC/ 2.5%B4C METAL MATRIX
COMPOSITE WITH ELECTRICAL
DISCHARGE
MACHNING
|
|
4
|
EXPERIMENT
INVESTIGATION TO INCREASE THE MECHANICAL CHARACTERIZATION OF ALUMINUM WITH
SILICON CARBIDE COMPOSITE
|
|
5
|
TORSIONAL
ANALYSIS OF AL 6061 SIC METAL MATRIX COMPOSITE BY FINITE ELEMENT METHOD
|
|
6
|
EXPERIMENTAL
ANALYSIS AND MACHINING CHARACTERISATION OF AL 6063 METAL MATRIX WITH
SIC&FLYASH
|
|
7
|
EXPERIMENTAL
ANALYSIS AND MACHINING CHARACTERISATION OF AL 6063 METAL MATRIX WITH ALUMINA
OXIDE AL2O3
|
|
8
|
EXPERIMENTAL
ANALYSIS AND MACHINING CHARACTERISATION OF AL 356 METAL MATRIX WITH FLY ASH
AND ALUMINA OXIDE AL2O3
|
|
9
|
EXPERIMENTAL
INVESTIGATION AND PREDICT THE GTAW PROCESS PARAMETER ON AL 6063
|
|
10
|
EXPERIMENTAL
ANALYSIS AND MACHINING CHARACTERISATION OF AL METAL MATRIX WITH ALUMINA OXIDE
AL2O3
|
|
11
|
EXPERIMENTAL
ANALYSIS AND MECHANICAL CHARACTERISATION OF AL7075 ALLOY METAL MATRIX WITH
ALUMINA OXIDE AL2O3
|
|
12
|
EVALUATION
OF MECHANICAL BEHAVIOURS OF ALUMINIUM METAL MATRIX COMPOSITE
(AL+MG+SIC+FLYASH)
|
|
13
|
EXPERIMENTAL
INVESTIGATTIONOPTIMIZATION OF MACHINING PARAMETERS FOR TURNING AL6063-SIC
-ZINC METAL MATRIX COMPOSITE
|
|
14
|
EXPERIMENTAL
INVESTIGATTIONOPTIMIZATION OF MACHINING PARAMETERS FOR TURNING AL6063-SIC
-ZINC METAL MATRIX COMPOSITE
|
|
15
|
EVALUATION
OF MACHINING BEHAVIOURS OF ALUMINIUM METAL MATRIX COMPOSITE (AL+SIC+ZN)
|
|
16
|
EXPERIMENTAL
INVESTIGATTION OF MACHINING PARAMETERS FOR TURNING AL-SIC METAL MATRIX
COMPOSITE
|
|
17
|
EXPERIMENTAL
INVESTIGATTION OF MACHINING PARAMETERS FOR TURNING AL-SIC METAL MATRIX
COMPOSITE
|
|
18
|
EVALUATION
OF MECHANICAL BEHAVIOURS OF ALUMINIUM METAL MATRIX COMPOSITE (AL+AL2O3+RICE
HUSK)
|
|
19
|
EXPERIMENTAL
ANALYSIS AND MECHANICAL CHARACTERISATION OF AL6061 ALLOY METAL MATRIX WITH
ALUMINA OXIDE&GRAPHITE
|
|
20
|
EXPERIMENTAL
ANALYSIS AND MECHANICAL CHARACTERISATION OF AL6061 ALLOY METAL MATRIX WITH
BORON CARBIDE&GRAPHITE
|
|
21
|
EXPERIMENTAL
ANALYSIS AND MECHANICAL CHARACTERISATION OF AL 7071 ALLOY METAL MATRIX WITH
ALUMINA OXIDE&GRAPHITE
|
|
22
|
EXPERIMENTAL
INVESTIGATION OF MECHANICAL PROPERTIES OF COPPER-ALUMINIUM 6063 ALLOY
|
|
23
|
INVESTIGATION
OF MECHANICAL PROPERTIES OF ZN-AL-SIC METAL MATRIX COMPOSITE
|
|
24
|
EXPERIMENTAL
ANALYSIS AND MECHANICAL CHARACTERISATION OF AL ALLOY METAL MATRIX WITH
ALUMINA OXIDE&FLY ASH
|
|
25
|
MORPHOLOGICAL
AND MACHINABLITY STUDIES OF Al/ 10%SiC/ 2.5%B4C METAL MATRIX
COMPOSITE WITH ELECTRICAL DISCHARGE MACHNING
|
|
26
|
EXPERIMENTAL
ANALYSIS AND MECHANICAL CHARACTERISATION OF Al 2014 ALLOY METAL MATRIX WITH
BORON CARBIDE&GRAPHITE
|
|
27
|
MECHANICAL
BEHAIIOUR ANALYSIS OFSILICON CARBIDE REINFORCED ALUMINIUM METALMATRIX
COMPOSITES
|
|
|
FRICTION STIR WELDING -POLYMER
|
|
1
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TRIANGULAR TOOL PIN OF FRICTION STIR
WELDING (FSW) ON HDPE
|
|
2
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TAPER HEXAGONAL TOOL PIN OF FRICTION
STIR WELDING (FSW) ON HDPE
|
|
3
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF SQUARE TOOL PIN OF FRICTION STIR
WELDING (FSW) ON HDPE
|
|
4
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF STRAIGHT CYLINDRICAL TOOL PIN OF
FRICTION STIR WELDING (FSW) ON HDPE
|
|
5
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TAPER CYLINDRICAL TOOL PIN OF FRICTION
STIR WELDING (FSW) ON HDPE
|
|
6
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TAPER THREADED TOOL PIN OF FRICTION
STIR WELDING (FSW) ON HDPE
|
|
7
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF THREADED TOOL PIN OF FRICTION STIR
WELDING (FSW) ON HDPE
|
|
8
|
COMPARATIVE
ANALYSIS AND ITS EFFECT OF STRAIGHT CYLINDRICAL TOOL PIN AND HEXAGONAL TOOL
OF FRICTION STIR WELDING (FSW) ON HDPE
|
|
9
|
EXPERIMENTAL
INVESTIGATION AND COMAPARTIVE OF VARIOUS TOOL OF FRICTION STIR WELDING (FSW)
ON HDPE
|
|
10
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TAPER HEXAGONAL TOOL PIN OF FRICTION
STIR WELDING (FSW) ON POLYPROPYLENE
|
|
11
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF SQUARE TOOL PIN OF FRICTION STIR
WELDING (FSW) ON POLY PROPYLENE
|
|
12
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF STRAIGHT CYLINDRICAL TOOL PIN OF
FRICTION STIR WELDING (FSW) ON POLYPROPYLENE
|
|
13
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TAPER CYLINDRICAL TOOL PIN OF FRICTION
STIR WELDING (FSW) ON POLYPROPYLENE
|
|
14
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TAPER THREADED TOOL PIN OF FRICTION
STIR WELDING (FSW) ON POLYPROPYLENE
|
|
15
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TRIANGULAR TOOL PIN OF FRICTION STIR
WELDING (FSW) ON PP
|
|
16
|
COMPARATIVE
ANALYSIS AND ITS EFFECT OF STRAIGHT CYLINDRICAL TOOL PIN AND HEXAGONAL TOOL
OF FRICTION STIR WELDING (FSW) ON POLYPROPYLENE
|
|
17
|
EXPERIMENTAL
INVESTIGATION AND COMAPARTIVE OF VARIOUS TOOL OF FRICTION STIR WELDING (FSW)
ON POLYPROPYLENE
|
|
18
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TRIANGULAR TOOL PIN OF FRICTION STIR
WELDING (FSW) ON UHMWPE
|
|
19
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TAPER HEXAGONAL TOOL PIN OF FRICTION
STIR WELDING (FSW) ON UHMWPE
|
|
20
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF SQUARE TOOL PIN OF FRICTION STIR
WELDING (FSW) ON UHMWPE
|
|
21
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF STRAIGHT CYLINDRICAL TOOL PIN OF
FRICTION STIR WELDING (FSW) ON UHMWPE
|
|
22
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TAPER CYLINDRICAL TOOL PIN OF FRICTION
STIR WELDING (FSW) ON UHMWPE
|
|
23
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF TAPER THREADED TOOL PIN OF FRICTION STIR
WELDING (FSW) ON UHMWPE
|
|
24
|
VARIOUS
PARAMETER INVESTIGATION AND EFFECT OF THREADED TOOL PIN OF FRICTION STIR
WELDING (FSW) ON UHMWPE
|
|
25
|
COMPARATIVE
ANALYSIS AND ITS EFFECT OF STRAIGHT CYLINDRICAL TOOL PIN AND HEXAGONAL TOOL
OF FRICTION STIR WELDING (FSW) ON UHMWPE
|
|
26
|
EXPERIMENTAL
INVESTIGATION AND COMAPARTIVE OF VARIOUS TOOL OF FRICTION STIR WELDING (FSW)
ON UHMWPE
|
|
|
LASER CUTTING- POLYMER
|
|
1
|
SOME
EXPERIMENTAL INVESTIGATION OF CO2 LASER CUTTING OF POLYPROPYLENE
|
|
2
|
FINITE
ELEMENT ANALYSIS IN CO2 LASER CUTTING OF POLYPROPYLENE WITH VARIOUS PROCESS
PARAMETERS
|
|
3
|
EXPERIMENTAL
INVESTIGATION OF LASER CUTTING OF POLYPROPYLENE USING CO2 ASSIST GAS
|
|
4
|
EXPERIMENTAL
INVESTIGATION OF SQUARE DRILLING THROUGH CO2 LASER OF UHMPE WITH VARIOUS
PARAMETER
|
|
5
|
EXPERIMENTAL
INVESTIGATION OF CO2 LASER PROFILE CUTTING OF UHMPE WITH VARIOUS GASES
|
|
6
|
SOME
EXPERIMENTAL INVESTIGATION OF CO2 LASER CUTTING OF UHMPE
|
|
7
|
EXPERIMENTAL
INVESTIGATION OF CO2 LASER CUTTING OF HDPE WITH VARIOUS GASES
|
|
8
|
CO2
LASER CUTTING OF HDPE WITH VARIOUS THICKNESS AND CONSTANT PARAMETER
|
|
9
|
SOME
EXPERIMENTAL INVESTIGATION OF CO2 LASER CUTTING OF HDPE
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