Experimental and Computational Investigation of Structural Integrity of Dissimilar Metal Weld Between Ferritic and Austenitic Steel

Engineering & Materials Science

• Dissimilar metals 98%
• Ferritic stainless steel 85%
• Structural integrity 78%
• Austenitic stainless steel 69%
• Welds 58%
• Materials properties 17%
• Microstructure 14%
• High strength steel 10%
• Fillers 9%
• Electron microscopes 9%
• Nuclear power plants 9%
• Stress concentration 9%
• Fusion reactions 8%
• Scanning 8%
• Fabrication 7%
• Mechanical properties 6%
• Testing 5%
• Hot Temperature 5%

Physics & Astronomy

• welded joints 100%
• integrity 78%
• steels 54%
• metals 37%
• simulation 28%
• high strength steels 22%
• nuclear power plants 22%
• microstructure 21%
• austenitic stainless steels 21%
• fillers 18%
• stress distribution 17%
• fusion 14%
• electron microscopes 14%
• mechanical properties 12%
• scanning 11%
• fabrication 11%

Chemical Compounds

• Simulation 46%
• Metal 33%
• Nuclear Power Plant 26%
• Microstructure 24%
• Strength 23%
• Filler 15%
• Alloy 12%
• Environment 10%
• Electron Particle 9%