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Materials
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category Aluminiumtensile strength > 413.7 MPatensile strain at break > 4 %
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category Aluminiumtensile strength > 180 MPatensile strain at break > 2 %
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category cast irontensile strength > 448 MPatensile strain at break > 12 %
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category cast irontensile strength > 448 MPatensile strain at break > 12 %
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category cast steeltensile strength > 588.4 MPatensile strain at break > 14 %
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category cast steeltensile strength > 588.4 MPatensile strain at break > 14 %
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category cast steeltensile strength 440 – 640 MPatensile strain at break > 25 %
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category cast steeltensile strength 440 – 640 MPatensile strain at break > 30 %
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category structural steelstensile strength > 825 MPatensile strain at break > 2 %
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category Magnesiumtensile strength 207 – 689 MPatensile strain at break > 4 %
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category Nickeltensile strength 827 – 1586 MPatensile strain at break > 3 %
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category Nickeltensile strength 483 – 1173 MPatensile strain at break 2 – 50 %
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category steelstensile strength 450 – 1200 MPatensile strain at break > 5 %
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category cast steeltensile strength –tensile strain at break –
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category Titantensile strength > 827 MPatensile strain at break > 3 %
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category steelstensile strength 450 – 800 MPatensile strain at break > 13 %
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category steelstensile strength 550 – 750 MPatensile strain at break > 28 %
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category steelstensile strength 490 – 2100 MPatensile strain at break > 12 %
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category steelstensile strength 460 – 2100 MPatensile strain at break > 10 %
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category steelstensile strength 550 – 750 MPatensile strain at break > 28 %
