A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Study on Temperature Field of Cable Tunnel Fire
The scale of heat release rate, the maximum temperature at the top and the distribution of the top temperature along the longitudinal direction and the tangential temperature of the fire source are analyzed and studied by carrying out a 1:3.3 shrinkage cable tunnel fire model experiment. Experiments show that the burning time of cables is 23 % and mass loss is 75 % between 200 s and 600 s. The variation of temperature at the top of cable tunnel with time and space is analyzed. The transverse distribution of temperature field of cable tunnel in the angle range of 0 - 90 degrees is obtained.
Study on Temperature Field of Cable Tunnel Fire
The scale of heat release rate, the maximum temperature at the top and the distribution of the top temperature along the longitudinal direction and the tangential temperature of the fire source are analyzed and studied by carrying out a 1:3.3 shrinkage cable tunnel fire model experiment. Experiments show that the burning time of cables is 23 % and mass loss is 75 % between 200 s and 600 s. The variation of temperature at the top of cable tunnel with time and space is analyzed. The transverse distribution of temperature field of cable tunnel in the angle range of 0 - 90 degrees is obtained.
Study on Temperature Field of Cable Tunnel Fire
Zhu, Hui (author) / Chi, Qing (author) / Sun, Haofei (author) / Zhao, Xuefeng (author)
2019-10-01
3399829 byte
Conference paper
Electronic Resource
English
Analysis on cable fire spread and temperature distribution in T-shaped cable tunnel
| DOAJ | 2022
Fire-resistant trough of power cable in tunnel
| Tema Archive | 1977
FDS-Based Simulation Temperature Distribution and Hcl Diffusion Induced by Tunnel Cable Fire
| Springer Verlag | 2025
Application research of intelligent cable tunnel fire warning and fire protection system
| SPIE | 2025