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Materials
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category plasticsdensity 0.95 g/cm3tensile strain at break –
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Geschlossenzelliger Aluminiumschaum (pulvermetallurgisches Verfahren)
Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy
category zellularer Werkstoffdensity 0.7 g/cm³tensile strain at break – -
Geschlossenzelliger Aluminiumschaum (schmelzmetallurgisches Verfahren)
Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy
category zellularer Werkstoffdensity 0.25 g/cm³tensile strain at break – -
Offenzelliger Aluminiumschaum (schmelzmetallurgisches Verfahren)
Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy
category zellularer Werkstoffdensity 0.16 g/cm³tensile strain at break – -
category plasticsdensity 1.22 g/cm³tensile strain at break 250 %
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category plasticsdensity 0.96 g/cm³tensile strain at break > 50 %
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category plasticsdensity 0.96 g/cm³tensile strain at break > 50 %
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category plasticsdensity 1.06 g/cm³tensile strain at break 7 %
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category plasticsdensity 0.92 g/cm³tensile strain at break > 50 %
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category plasticsdensity 0.955 g/cm³tensile strain at break –
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category plasticsdensity 0.93 g/cm³tensile strain at break > 50 %
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category plasticsdensity 0.955 g/cm³tensile strain at break –
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category plasticsdensity 1.03 g/cm³tensile strain at break > 50 %
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category plasticsdensity 0.91 g/cm³tensile strain at break > 50 %
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category plasticsdensity 0.91 g/cm³tensile strain at break > 50 %
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category plasticsdensity 0.91 g/cm³tensile strain at break > 50 %
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category steelsdensity 7.93 – 8 kg/dm³tensile strain at break > 5 %
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category steelsdensity 7.85 – 7.93 kg/dm³tensile strain at break > 6 %
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category structural steelsdensity –tensile strain at break > 4 %
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category Aluminiumdensity –tensile strain at break > 16 %