A5025815369- Smart Materials for Construction
- Advanced Energy Technologies and Civil Engineering Innovations
- Concrete Corrosion and Durability
Wuhan University
2020-2023
Carbon fiber conductive concrete demonstrates great potential for effectively removing ice and snow from road surfaces. This study investigates the electrical conductivity electromagnetic heating effects of carbon concrete, considering different dosages temperatures. Experimental numerical simulation methods were employed to assess material's performance. The results show that as content increases 0.38% 1.5%, compressive strength decreases by 19% 55%, respectively, which is related...
Abstract In order to solve the impact of road ice and snow on traffic, carbon fiber modified‐electrically conductive concrete (ECON) was prepared in laboratory applied engineering. The workability, mechanical properties, electrical conductivity electro‐thermal effect ECON were investigated. microstructure analyzed by scanning electron microscope. results show that with compressive strength grade 30 MPa resistivity 0.1 Ω∙cm can be using fibers volume content 0.75% length 9 mm. Semi‐dry mixing...
Carbon fiber conductive concrete demonstrates great potential for effectively removing ice and snow from road surfaces. This study investigates the electrical conductivity electromagnetic heating effects of carbon concrete, considering different dosages temperatures. Experimental numerical simulation methods were employed to assess material's performance. The results show that addition has a negative effect on structural integrity mechanical properties lower content is beneficial tensile...