Volgen
Tao Deng
Tao Deng
The University of Auckland, Department of Mechanical Engineering
Geverifieerd e-mailadres voor aucklanduni.ac.nz
Titel
Geciteerd door
Geciteerd door
Jaar
Field measurements of the environmental parameter and pollutant dispersion in urban undersea road tunnel
M Wang, X Wang, L Yu, T Deng
Building and Environment 149, 100-108, 2019
412019
Numerical investigation on the stability of tunnel smoke stratification under the effect of water spray and longitudinal ventilation
T Deng, S Norris, RN Sharma
Tunnelling and Underground Space Technology 112, 103901, 2021
202021
Estimation of the effects of water mist system on the tunnel critical velocity due to smoke cooling
T Deng, S Norris, RN Sharma
Tunnelling and Underground Space Technology 120, 104299, 2022
112022
Analysis of calculation of fresh-air demand for road tunnel ventilation design in China
X Wang, M Wang, J Chen, T Yan, Y Bao, J Chen, P Qin, K Li, T Deng, ...
Tunnelling and Underground Space Technology 103, 103469, 2020
112020
An experimental study on the influence of local loss on ventilation characteristic of dividing flow in urban traffic link tunnel
X Wang, M Wang, P Qin, T Yan, J Chen, T Deng, L Yu, G Yan
Building and Environment 174, 106793, 2020
112020
Experimental and numerical study on the flow field of longitudinally ventilated tunnels with water spray system
T Deng, S Norris, RN Sharma
Tunnelling and Underground Space Technology 127, 104575, 2022
92022
Effects of the water spray system on the air-driving force required in longitudinally ventilated road tunnels
T Deng, S Norris, RN Sharma
Tunnelling and Underground Space Technology 130, 104753, 2022
82022
Passengers’ evacuation from a fire train in railway tunnel
L Yu, T Deng, M Wang, Q Li, S Xu
International journal of rail transportation 7 (3), 159-172, 2019
72019
A uniform air flow distribution design strategy for use in tunnel transverse ventilation systems
M Wang, T Deng, L Yu, X Wang
Journal of Zhejiang University-SCIENCE A 2 (20), 98-108, 2019
42019
Improving the fire-extinguishing effect of pneumatic extinguishers with airflow-spray synergistic jet: Investigation of nozzle position and number of nozzles
F Chen, B Yao, G Zhu, W Guo, T Xu, T Deng, Z Jiang, Z Wang, M Peng, ...
Case Studies in Thermal Engineering 47, 103124, 2023
32023
Numerical study of the flame geometry of pool fires in longitudinally ventilated tunnels
T Deng, S Norris, RN Sharma
Tunnelling and Underground Space Technology 132, 104882, 2023
22023
Stability of smoke stratification under the impact of water sprays with various droplet size ranges in longitudinally ventilated road tunnels
T Deng, S Norris, RN Sharma
Tunnelling and Underground Space Technology 140, 105262, 2023
12023
Experiment study on fire extinguishing effects of airflow-water synergistic jet
F Chen, B Yao, W Guo, G Zhu, T Xu, T Deng, Z Jiang, Z Wang, M Peng, ...
Case Studies in Thermal Engineering 49, 103367, 2023
12023
Effects of water droplet size on the spray-induced redistribution of longitudinal ventilation air in road tunnels
T Deng, S Norris, R Sharma
23rd Australasian Fluid Mechanics Conference–23AFMC, 2022
12022
Numerical Investigation on the Performance of an Automatic Water Mist System in a Road Tunnel Under the Effects of Longitudinal Ventilation
T Deng, S Norris, R Sharma
12th Australasian Heat and Mass Transfer Conference, 2022
12022
Efficiency and mechanism of fire suppression through pneumatic sandblasting firefighting
F Chen, T Xu, G Hou, J Huang, G Zhu, T Deng, Z Jiang, Z Wang
Case Studies in Thermal Engineering 49, 103361, 2023
2023
Optimizing fire extinguishing effects of pneumatic sandblasting fire extinguishers based on experiments and CFD-DEM coupling simulations
F Chen, T Xu, G Hou, J Huang, G Zhu, T Deng, Z Jiang, Z Wang
Case Studies in Thermal Engineering 49, 103354, 2023
2023
Study on control of upstream smoke propagation in road tunnels by using a side-wall sprinkler system
T Deng, S Norris, RN Sharma
Fire safety journal 136, 103764, 2023
2023
Interactions between water-based fixed fire-fighting systems and longitudinal ventilation in road tunnels
T Deng
PhD Thesis-University of Auckland, 2023
2023
Het systeem kan de bewerking nu niet uitvoeren. Probeer het later opnieuw.
Artikelen 1–19