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Materials
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Offenzelliger Aluminiumschaum (schmelzmetallurgisches Verfahren)
Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy
category zellularer Werkstofftensile strength 1.9 – 3.5 MPatensile strain at break – -
category structural steelstensile strength –tensile strain at break –
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category structural steelstensile strength 300 – 330 MPatensile strain at break > 20 %
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category structural steelstensile strength 303 – 340 MPatensile strain at break > 20 %
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category structural steelstensile strength 320 – 653.3 MPatensile strain at break > 20 %
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category structural steelstensile strength 345 – 520.5 MPatensile strain at break > 15 %
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category structural steelstensile strength > 379 MPatensile strain at break > 15 %
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category structural steelstensile strength 570 – 862 MPatensile strain at break > 10 %
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category structural steelstensile strength 1025 MPatensile strain at break 17.6 %
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category structural steelstensile strength 450 – 680 MPatensile strain at break > 17 %
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category structural steelstensile strength > 580 MPatensile strain at break > 10 %
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category structural steelstensile strength < 820 MPatensile strain at break –
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category structural steelstensile strength 640 – 790 MPatensile strain at break > 13 %
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category structural steelstensile strength > 550 MPatensile strain at break > 10 %
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category structural steelstensile strength 470 – 1000 MPatensile strain at break > 11 %
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category structural steelstensile strength 540 – 950 MPatensile strain at break > 11 %
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category structural steelstensile strength 780 – 1080 MPatensile strain at break > 8 %
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category structural steelstensile strength 800 – 1450 MPatensile strain at break > 8 %
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category structural steelstensile strength > 560 MPatensile strain at break > 8 %
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category structural steelstensile strength 640 – 840 MPatensile strain at break > 11 %
