聚合物基替代钢网在煤矿井下地层中的强弱特性

Akash Talapatra
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引用次数: 0

摘要

目前,聚合物基材料作为钢网材料的替代品,在地下巷道中提供足够的支撑已经得到了显著的发展。利用聚合物基替代品开发的可行性研究与所选材料的化学和物理性质有关。如果聚合物替代品具有相当大的能力,能够承受等于或高于普通钢网的所有物理和材料限制,那么使用聚合物替代品的可能性已经在更大程度上增加了。本试验通过对比钢网与高分子材料的力学性能,如模量、断裂伸长率、屈服应力等进行实验实践。在此之后,一种合适的聚合物基替代品将在未来几天应用于地下巷道支护。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Strength and Weakness Characteristics of Using Polymer Based Alternative to Steel Mesh In Underground Coal Mine Strata
Nowadays a viable development of polymer based material as an alternative to the steel mesh material has been increased at a notable amount for providing enough support in the underground roadways. This feasibility study done on the development of using polymer based alternative is related with both of the chemical & physical properties of the selected material. If the polymer alternative has a considerable amount of capability to tolerate all the physical & material constraints equal to or above the normal steel mesh, then the possibility of using polymeric alternatives have been increased at a greater extent. For this reinforcement test, an experiment practice would be done by comparing the mechanical properties of the steel mesh with the polymeric material such as modulus property, elongation-at-break, yield stress etc. After that, a suitable polymer based alternative will be applied for underground roadway support in upcoming days.
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