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Materials

  • AISI 316L

    SLUB Dresden

    category Austenitic stainless steel
    tensile strength
    tensile strain at break
  • INCONEL alloy 718

    SLUB Dresden

    category Nickel based alloy
    tensile strength
    tensile strain at break
  • Ti-6Al-4V

    SLUB Dresden

    category Titanium alloy
    tensile strength
    tensile strain at break
  • image of the material 'Geschlossenzelliger Aluminiumschaum (pulvermetallurgisches Verfahren)'

    Geschlossenzelliger Aluminiumschaum (pulvermetallurgisches Verfahren)

    Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy

    category zellularer Werkstoff
    tensile strength
    tensile strain at break
  • image of the material 'Geschlossenzelliger Aluminiumschaum (schmelzmetallurgisches Verfahren)'

    Geschlossenzelliger Aluminiumschaum (schmelzmetallurgisches Verfahren)

    Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy

    category zellularer Werkstoff
    tensile strength 1 – 1.8  MPa
    tensile strain at break
  • image of the material 'Aluminium-Aluminiumschaum-Sandwich'

    Sandwich mit Aluminiumdeckblechen und Aluminiumschaumkern (Aluminium-Aluminiumschaum-Sandwich)

    Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy

    category Verbund mit zellularem Werkstoff
    tensile strength
    tensile strain at break
  • image of the material 'Stahl-Aluminiumschaum-Sandwich'

    Sandwich mit Stahldeckblechen und Aluminiumschaumkern (Stahl-Aluminiumschaum-Sandwich)

    Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy

    category Verbund mit zellularem Werkstoff
    tensile strength
    tensile strain at break
  • image of the material 'Offenzelliger Aluminiumschaum (Gießverfahren)'

    Offenzelliger Aluminiumschaum (Gießverfahren)

    Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy

    category zellularer Werkstoff
    tensile strength 180  psi
    tensile strain at break
  • image of the material 'Offenzelliger Aluminiumschaum (schmelzmetallurgisches Verfahren)'

    Offenzelliger Aluminiumschaum (schmelzmetallurgisches Verfahren)

    Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy

    category zellularer Werkstoff
    tensile strength 1.9 – 3.5  MPa
    tensile strain at break
  • 015Cr20Ni18Mo6CuN (GB)

    Key to Metals AG

    category steels
    tensile strength > 650  MPa
    tensile strain at break > 35  %
  • 15 CrNi 6 (DIN)

    Key to Metals AG

    category structural steels
    tensile strength > 580  MPa
    tensile strain at break > 10  %
  • 16Mn (GB)

    Key to Metals AG

    category structural steels
    tensile strength 440 – 670  MPa
    tensile strain at break > 13  %
  • 21 NiCrMo 2 (DIN)

    Key to Metals AG

    category structural steels
    tensile strength < 820  MPa
    tensile strain at break
  • 27NiCrMoV15-6 (SEW)

    Key to Metals AG

    category structural steels
    tensile strength 850 – 1100  MPa
    tensile strain at break > 10  %
  • 321 (SAE)

    Key to Metals AG

    category steels
    tensile strength 517 – 965  MPa
    tensile strain at break > 15  %
  • 34 Cr 4 (DIN)

    Key to Metals AG

    category structural steels
    tensile strength > 560  MPa
    tensile strain at break > 8  %
  • 35 CrMo 4 (DIN)

    Key to Metals AG

    category structural steels
    tensile strength 900 – 1300  MPa
    tensile strain at break > 10  %
  • 35CrMo4 (EN)

    Key to Metals AG

    category structural steels
    tensile strength 900 – 1300  MPa
    tensile strain at break > 10  %
  • 37 Cr 4 (DIN)

    Key to Metals AG

    category structural steels
    tensile strength > 570  MPa
    tensile strain at break > 11  %
  • 40Cr13 (GB)

    Key to Metals AG

    category steels
    tensile strength 590 – 850  MPa
    tensile strain at break > 10  %

publication type

  1. research result 3

category

  1. ferrous metals
  2. wood
  3. metals
  4. Piezokeramiken
  5. steels 69
  6. structural steels 51
  7. non-ferrous metals 39
  8. nonmetals 37

Application areas

  1. power engineering
  2. transportation
  3. doors and gates
  4. mechanics 169
  5. automotive industry 165
  6. construction 125
  7. conveyor technology 81
  8. rollers 75
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