Failure by slow crack growth of SiC-based tows: a Monte Carlo simulation

The data are related to a research article entitled “New insight into subcritical rupture of SiC-based bundles at intermediate temperatures (400-900 °C) under air: Simulating the sources of variability”. Supplementary data include the Monte Carlo simulation files for all different fibers, plus the Stress Probability Time diagrams extracted from these simulations. The file named “A evolution with temperature.xlsx” compiles the Arrhenius parameters for SCG of filaments and tows, whereas the file “Fiber type comparison.xls” is a comparison of the 9 fibers discussed in the manuscript: Nicalon NL101, NL207, Hi-Nicalon, Hi-Nialon type S, Tyranno grade S (8.5 and 11 µm mean diameter), Lox-M, ZMI, AM.本数据集关联一篇题为《空气环境中温区间（400-900℃）下SiC基纤维束亚临界断裂的新认知：变异性来源模拟》的研究论文。补充数据包含针对所有受试纤维的蒙特卡洛（Monte Carlo）模拟文件，以及从上述模拟中提取的应力-概率-时间（Stress Probability Time）图。名为"A evolution with temperature.xlsx"的文件汇编了单丝与丝束SCG（Stress Corrosion Cracking）的阿伦尼乌斯参数；而名为"Fiber type comparison.xls"的文件则对论文中讨论的9种纤维开展了对比：Nicalon NL101、NL207、Hi-Nicalon、Hi-Nialon Type S、Tyranno Grade S（平均直径8.5与11 µm）、Lox-M、ZMI、AM。