Effects of tool rotating rate and pass number on pore structure of A6061 porous aluminum fabricated by using friction stir processing

Engineering & Materials Science

• Pore structure 100%
• Aluminum 62%
• Friction 55%
• Blowing agents 35%
• Aluminum alloys 35%
• Porosity 34%
• Powders 21%
• Fabrication 19%
• Pore size 15%
• Plastic flow 14%
• Stabilization 11%
• Productivity 10%
• Hot Temperature 6%
• Temperature 5%
• Costs 5%

Physics & Astronomy

• friction 68%
• porosity 58%
• aluminum 55%
• aluminum alloys 32%
• foaming 29%
• blowing 27%
• matrices 18%
• fabrication 13%
• productivity 13%
• stirring 13%
• plastic flow 13%
• stabilization 9%
• manufacturing 9%
• routes 9%
• costs 8%
• solid state 8%
• heat 7%
• temperature 3%

Chemical Compounds

• Pore Structure 76%
• Alloy 56%
• Porosity 46%
• Aluminium Alloy 29%
• Pore 11%
• Pore Size Distribution 9%
• Plate Like Crystal 7%
• Heat 6%
• Time 6%
• Flow 5%