Abstract

In this paper, we studied the destruction features and the bending strength properties of ice composite materials reinforced with basalt fiber. Reinforcement is shown to improve significantly the strength and deformation characteristics of composites compared to unreinforced ice and change the nature of destruction. The staged nature of the destruction process under bending loading is described and finite element modeling of the samples with the determination of their stress-strain state is performed.

中文翻译：

---

弯曲机械载荷时销毁加筋冰成分材料

摘要

在本文中，我们研究了玄武岩纤维增强的冰复合材料的破坏特征和抗弯强度特性。与未增强的冰相比，增强显示出可显着改善复合材料的强度和变形特性，并改变了破坏性质。描述了在弯曲载荷下破坏过程的阶段性，并对样品进行了应力-应变状态确定的有限元建模。