40 result(s) using Focused Search for substance: consolidated aluminum
If you didn't find what you were looking for, see more results.
Properties:
yield strength
40 result(s) using Focused Search for substance: consolidated aluminum
If you didn't find what you were looking for, see more results.
Properties: yield strength
  1. Metal foam

    Aluminium (porosity 89%)

    • Porosity: 89%; Foam type: Closed cell.
      Powder metallurgical (addition of calcium and titanium). Irregular cell morphology.
  2. Metal foam

    Aluminium (porosity 45%)

    • Porosity: 45%; Average pore size: 0.75 mm; Foam type: Open cell.
      Aluminium foam using crystalline carbohydrate particles as a leachable pattern.
  3. Metal foam

    Aluminium (porosity 55%)

    • Porosity: 55%; Average pore size: 0.75 mm; Foam type: Open cell.
      Aluminium foam using crystalline carbohydrate particles as a leachable pattern.
  4. Metal foam

    Aluminium (porosity 60%)

    • Porosity: 60%; Average pore size: 0.75 mm; Foam type: Open cell.
      Aluminium foam using crystalline carbohydrate particles as a leachable pattern.
  5. Metal foam

    Aluminium (porosity 65%)

    • Porosity: 65%; Average pore size: 0.75 mm; Foam type: Open cell.
      Aluminium foam using crystalline carbohydrate particles as a leachable pattern.
  6. Metal foam

    Aluminium (porosity 75%)

    • Porosity: 75%; Average pore size: 0.75 mm; Foam type: Open cell.
      Aluminium foam using crystalline carbohydrate particles as a leachable pattern.
  7. Metal foam

    Aluminium (porosity 40%)

    • Porosity: 40%; Average pore size: 0.75 mm; Foam type: Open cell.
      Aluminium foam using crystalline carbohydrate particles as a leachable pattern.
  8. Metal foam

    Aluminium (porosity 50%)

    • Porosity: 50%; Average pore size: 0.75 mm; Foam type: Open cell.
      Aluminium foam using crystalline carbohydrate particles as a leachable pattern.
  9. Metal foam

    Aluminium (porosity 87.6%)

    • Porosity: 87.6%; Average pore size: 3 mm; Foam type: Closed cell.
      Powder metallurgy (Foaming agent - TiH2). Pores have irregular shape.
  10. Metal foam

    Aluminium (porosity 83.6%)

    • Porosity: 83.6%; Average pore size: 3 mm; Foam type: Closed cell.
      Powder metallurgy (Foaming agent - TiH2). Pores have irregular shape.
  11. Metal foam

    Aluminium (porosity 87.3%)

    • Porosity: 87.3%; Average pore size: 3 mm; Foam type: Closed cell.
      Powder metallurgy (Foaming agent - TiH2). Pores have irregular shape.
  12. Metal foam

    Aluminium (porosity 83.5%)

    • Porosity: 83.5%; Average pore size: 3 mm; Foam type: Closed cell.
      Powder metallurgy (Foaming agent - TiH2). Pores have irregular shape.
  13. Metal foam

    Aluminium (porosity 88.3%)

    • Porosity: 88.3%; Average pore size: 3 mm; Foam type: Closed cell.
      Powder metallurgy (Foaming agent - TiH2). Pores have irregular shape.
  14. Metal foam

    Aluminium (porosity 84.3%)

    • Porosity: 84.3%; Average pore size: 3 mm; Foam type: Closed cell.
      Powder metallurgy (Foaming agent - TiH2). Pores have irregular shape.
  15. Metal foam

    Aluminium (porosity 83%)

    • Porosity: 83%; Average pore size: 3 mm; Foam type: Closed cell.
      Powder metallurgy (Foaming agent - TiH2). Pores have irregular shape.
  16. Metal foam

    Aluminium (porosity 79%)

    • Porosity: 79%; Average pore size: 1.3 mm; Foam type: Closed cell.
      Powder metallurgical route. The ratio between the size of the largest and smallest cells or thickness of cell walls was approximately one order of magnitude. Cell wall buckling are prominent, some of them are fractured. The microstructure was primarily Al solid solution containing Mg and Si, but large Ti-rich particles (residues of the gas-generating agent employed) were also present. Content of oxide was equal to 0.94%.
  17. Metal foam

    Aluminium (porosity 79.73%)

    • Porosity: 79.73%; Average pore size: 2.4 mm; Foam type: Closed cell.
      Melt foaming method. Aluminum matrix with 0 wt% of manganese addition. The pore structure is homogeneous.
  18. Metal foam

    Aluminium (porosity 79.89%)

    • Porosity: 79.89%; Average pore size: 2.4 mm; Foam type: Closed cell.
      Melt foaming method. Aluminum matrix with 0.2 wt% of manganese addition. The pore structure is homogeneous.
  19. Metal foam

    Aluminium (porosity 80.01%)

    • Porosity: 80.01%; Average pore size: 2.4 mm; Foam type: Closed cell.
      Melt foaming method. Aluminum matrix with 1.0 wt% of manganese addition. The pore structure is homogeneous.
  20. Metal foam

    Aluminium (porosity 79.98%)

    • Porosity: 79.98%; Average pore size: 2.4 mm; Foam type: Closed cell.
      Melt foaming method. Aluminum matrix with 2.0 wt% of manganese addition. The pore structure is homogeneous.
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