南方电网技术2018，Vol.12Issue(1)：21-26,32,7.DOI:10.13648/j.cnki.issn1674-0629.2018.01.004
架空导线碳纤维复合芯棒径向耐压试验及仿真
Radial Pressure Test and Simulation on Carbon Fiber Composite Core for Overhead Conductor
摘要
Abstract
Carbon fiber composite core has a strong axial tensile capacity,while the properties of radial shear resistance,compressive capacity and splitting resistance are weak. In the process of line construction, such as wire crimping and conductor clamping by grip jaw, radial pressure failure is easy to occur, which may cause security risks in transmission line construction and safe operation. At present,there is little research on the radial pressure of carbon fiber composite core. The radial pressure tests of carbon fiber composite core of different diameters are carried out to get the failure pressure of carbon fiber composite core test samples. With ABAQUS software the radial pressure simulation model is established. According to the failure pressure data of carbon fiber composite core in the radial pressure test, the vertical radial force is applied to the pressure block. The radial pressure maximum value of carbon fiber composite core of different diameter is obtained by numerical calculation of finite element software. The results show that the situation of failure of carbon fiber composite core is the outermost glass fiber layer flattened causing the test sample to split integrally. The radial compressive allowable stress of carbon fiber composite core with different diameters increases with the increase of the diameter. The research results provide a reference for the design and application of construction machines and tools for carbon fiber composite core of transmission line.关键词
架空输电线路导线/碳纤维复合芯棒/径向耐压试验Key words
overhead transmission line conductor/carbon fiber composite core/radial pressure test分类
信息技术与安全科学引用本文复制引用
万建成,刘晨,江明,杨磊,郝玉靖..架空导线碳纤维复合芯棒径向耐压试验及仿真[J].南方电网技术,2018,12(1):21-26,32,7.基金项目
国家电网公司科技项目资助(大截面碳纤维导线施工技术及机具研究)(GC71-17-007).Supported by the Scientific and Technological Project of State Grid Corporation of China(Research on Construction Technlogy and Construction Machines of Large Section Carbon Fiber Conductor)(GC71-17-007). （大截面碳纤维导线施工技术及机具研究）
