WELDING PROJECTS

18+ Projects available.

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  • WELDING PROJECTS
  • Project Code
    Project Title
  • Experimental Analysis and optimization of weld characteristics and bead geometry Analysis for stainless steel 409
  • Prediction of weld based geometry Analysis for Al IM25 metal matrix composites
  • Analysis and experimental investigation of weld characteristics and bead geometry for SS304 and SS410 through GMAW
  • Analysis and experimental investigation of weld characteristics and bead geometry for SS304 through GMAW
  • Analysis and experimental investigation of v weld characteristics and bead geometry Analysis for the stainless steel416
  • Analysis and experimental investigation of v weld characteristics for a TIG welding with SS304 and SS410l.
  • Analysis and experimental investigations of weld characteristics for a MIG welding with SS410
  • Some experimental investigation and improvement in mechanical properties of stainless steel welded by GMAW and GTAW
  • Prediction of weld based geometry Analysis for Al M6 metal matrix composites matrix composites
  • Analysis and experimental investigation of weld characteristics and bead geometry Analysis for stainless steel 316
  • Analysis and experimental investigations of weld characteristics and bead geometry Analysis for dissimilar stainless steel 410
  • Experimental investigation in arc welding parameter to reduce the residual stress Analysis for avoid cold cracks
  • Analysis and experimental investigation of weld characteristics for a MIG welding with SS304 and SS410l
  • Analysis and experimental investigation of weld characteristics and bead geometry Analysis for stainless steel 304
  • Analysis and experimental investigations of weld characteristics for a TIG welding with SS304 l &410
  • Analysis and experimental investigations of weld characteristics for a single pass TIG welding with SS410
  • Analysis and experimental investigation of weld characteristics and bead geometry Analysis for stainless steel 410
  • Optimization of MIG and TIG welding parameter to increase the tensile strength, using various destructive, non-destructive test and finite element Analysis
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