Experimental Analysis and optimization of weld characteristics and bead geometry Analysis for stainless steel 409
WEL 02
Prediction of weld based geometry Analysis for Al IM25 metal matrix composites
WEL 03
Analysis and experimental investigation of weld characteristics and bead geometry for SS304 and SS410 through GMAW
WEL 04
Analysis and experimental investigation of weld characteristics and bead geometry for SS304 through GMAW
WEL 05
Analysis and experimental investigation of v weld characteristics and bead geometry Analysis for the stainless steel416
WEL 06
Analysis and experimental investigation of v weld characteristics for a TIG welding with SS304 and SS410l.
WEL 07
Analysis and experimental investigations of weld characteristics for a MIG welding with SS410
WEL 08
Some experimental investigation and improvement in mechanical properties of stainless steel welded by GMAW and GTAW
WEL 09
Prediction of weld based geometry Analysis for Al M6 metal matrix composites matrix composites
WEL 10
Analysis and experimental investigation of weld characteristics and bead geometry Analysis for stainless steel 316
WEL 11
Analysis and experimental investigations of weld characteristics and bead geometry Analysis for dissimilar stainless steel 410
WEL 12
Experimental investigation in arc welding parameter to reduce the residual stress Analysis for avoid cold cracks
WEL 13
Analysis and experimental investigation of weld characteristics for a MIG welding with SS304 and SS410l
WEL 14
Analysis and experimental investigation of weld characteristics and bead geometry Analysis for stainless steel 304
WEL 15
Analysis and experimental investigations of weld characteristics for a TIG welding with SS304 l &410
WEL 16
Analysis and experimental investigations of weld characteristics for a single pass TIG welding with SS410
WEL 17
Analysis and experimental investigation of weld characteristics and bead geometry Analysis for stainless steel 410
WEL 18
Optimization of MIG and TIG welding parameter to increase the tensile strength, using various destructive, non-destructive test and finite element Analysis
