(Fe70Ni30)80B14Nb4Si2 MANC-Epoxy Composite Tensile Test Data

This data provides the failure stresses for tensile tests of single-, five-, and ten-layer (Fe70Ni30)80B14Nb4Si2 MANC-epoxy composite test specimens. When plotted as a Weibull distribution, it can be shown that the Weibull Modulus improves as more layers are laminated together. This result is significant because it shows that laminated MANC composite specimens can survive the fracture of individual layers without inducing specimen failure. Thus, stress-sensitive components such as electric motors made as a laminated stack of MANC ribbons can safely operate at higher speeds than would be inferred from single ribbon data.本数据集提供了单层、五层及十层(Fe70Ni30)80B14Nb4Si2 MANC-环氧树脂复合试样的拉伸试验断裂应力数据。当以威布尔分布（Weibull distribution）对数据进行绘图分析时，可发现随着叠层层数的增加，试样的威布尔模量（Weibull Modulus）有所提升。该结果具有重要的研究与工程价值，其表明叠层式MANC复合试样可在单个层体发生断裂时，不会导致整体试样失效。因此，诸如采用MANC带状试样叠层结构制备的电机等应力敏感部件，可安全运行于比单条MANC带状试样测试数据所推断的更高转速工况下。