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Ketangguhan Beban Impak dan Beban Tarik Maksimum pada Pelat Baja Berlapis Akibat Quenching dan Normalizing

机译:淬火和正火作用在Qui缝钢板上的冲击载荷和最大拉伸载荷的韧性

摘要

Until now the material strength has growth rapidly. Commonly, the strength of material is depend on the dimension. A material need a strength too, one of the strength is impact strength and the tensile strength. To maximized the strength of material is added the layer of material with the same thickness, same dimension and compactible heat treatment. The specimens had make for two testing are impact and tensile testings. The impact testing show that the biggest point is thickness 2,5 mm with non treatment 89,75 Joule and the smallest point is to be thickness 2,0 mm with quenching 62,12 Joule. The tensile testing show that biggest point is thickness 2,5 mm with non treatment 89,75 Joule and the smallest point is to be thickness 2,0 mm with quenching 62,12 Joule. The tensile testing show that biggest point is thickness 2,0 mm with non treatment 9075 kgf and the smallest point is to be thickness 1,25 mm with quenching 7262,5 kgf.
机译:到目前为止,材料强度一直在迅速增长。通常,材料的强度取决于尺寸。材料也需要强度,强度之一是冲击强度和拉伸强度。为了最大化材料的强度,添加了具有相同厚度,相同尺寸和可压缩热处理的材料层。进行两个测试的样品是冲击测试和拉伸测试。冲击试验表明,未经处理的最大点厚度为2.5毫米,厚度为89.75焦耳,经淬火的最小点厚度为2.0毫米,厚度为62,12焦耳。拉伸试验表明,未经处理的89.75焦耳,最大点为厚度2.5 mm,经淬火的62,12焦耳,最小点为厚度2.0 mm。拉伸试验表明,未经处理的9075 kgf的最大点为厚度2.0 mm,经淬火的7262,5 kgf的最小点为厚度1.25 mm。

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    Nukman, Nukman;

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  • 年度 2009
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