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up to 1150

Aluminum alloys. Volume modulus , K , GPa. Elastic modulus , E , GPa. Shear Modulus , G, GPa. Speed of ultrasonic wave m/s. Micro-hardness H μ, MPa. Tensile strength , σ В , MPa. V L. V T. Industrial alloys. up to 80. up to 80. up to 30. up to 6,4. up to 3,2.

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up to 1150

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  1. Aluminum alloys Volume modulus, K, GPa Elastic modulus, E, GPa Shear Modulus, G, GPa Speed of ultrasonic wave m/s Micro-hardness Hμ, MPa Tensile strength, σВ, MPa VL VT Industrial alloys up to 80 up to 80 up to 30 up to 6,4 up to 3,2 up to 1600 up to 450 Alloys nanostructured with 3% C60 up to 100 120 - 140 up to 40 up to 7,5 up to 3,7 3200-4500 up to 1150 Mechanical properties of industrial and nanostructured with 3% С60 aluminum alloys Extracted from presentation of EvgeniDiakov Structure of aluminum-lithium alloy doped with fullerene С60. Grains 0,1-0,3 mkm consist of 20 nm lamellar “subgrains”

  2.  0,005 мм Nano-structured Aluminum + pure Al С60+ Al-Li

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