Improved mechanical properties of graphene-modified basalt fibre epoxy composites

This dataset accompanies a paper analyzing the mechanical properties of virgin basalt–epoxy composite pipes and their graphene-modified counterparts. Graphene nanoplatelets (GnPs) were uniformly incorporated into the basalt–epoxy composites at a specific concentration. A series of tests, including uniaxial tensile, Charpy impact, microhardness, Shore D hardness, uniaxial 3-point bending, and dynamic displacement transmissibility tests, were conducted to assess the mechanical properties of both graphene-reinforced and virgin basalt–epoxy pipes. This dataset includes an overview of various quantities obtained from the aforementioned experimental tests.本数据集随附于一篇研究未改性玄武岩环氧树脂复合管材及其石墨烯改性同类管材力学性能的学术论文。研究人员将石墨烯纳米片（Graphene nanoplatelets, GnPs）以特定浓度均匀掺入玄武岩环氧树脂复合材料中。为评估石墨烯增强型与未改性玄武岩环氧树脂复合管材的力学性能，研究团队开展了一系列测试，涵盖单轴拉伸试验、夏比冲击试验、显微硬度试验、邵氏D硬度试验、单轴三点弯曲试验及动态位移传递率试验。本数据集包含上述各项实验测试所获得的各类参数概览。