首页> 外文期刊>Mathematical Problems in Engineering >Study of the Fractal and Multifractal Scaling Intervening in the Description of Fracture Experimental Data Reported by the Classical Work:Nature 308, 721-722(1984)
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Study of the Fractal and Multifractal Scaling Intervening in the Description of Fracture Experimental Data Reported by the Classical Work:Nature 308, 721-722(1984)

机译:分形和多重分形比例尺介入经典研究报道的断裂实验数据描述的研究:Nature 308,721-722(1984)

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摘要

Starting from the experimental data referring to the main parameters of the fracture surfaces of some 300-grade maraging steel reported by the classical work published in Nature 308, 721-722(1984), this work studied (a) the multifractal scaling by the main parameters of the slit islands of fracture surfaces produced by a uniaxial tensile loading and (b) the dependence of the impact energy to fracture and of the fractal dimensional increment on the temperature of the studied steels heat treatment, for the fracture surfaces produced by Charpy impact. The obtained results were analyzed, pointing out the spectral (size) distribution of the found slit islands in the frame of some specific clusters (fractal components of the multifractal scaling) of representative points of the logarithms of the slit islands areas and perimeters, respectively.
机译:从实验数据开始,该数据参考了Nature 308,721-722(1984)上发表的经典著作中报道的某些300级马氏体时效钢的断裂表面的主要参数,这项研究研究了(a)由夏比冲击产生的断裂表面,由单轴拉伸载荷产生的断裂表面的狭缝岛的参数,以及(b)冲击能量对断裂的影响以及分形维数对所研究的钢热处理温度的依赖性。 。分析获得的结果,指出在狭缝岛区域和周长的对数的代表点的一些特定簇(多重分形标度的分形分量)的框架中找到的狭缝岛的光谱(大小)分布。

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