The maximum fire smoke temperature beneath tunnel ceilings using longitudinal ventilation was studied by both small-scale experiments and numerical simulations for a small heat release rate (HRR) fire. And then, the accuracy of the numerical simulation is verified. A numerical simulation is subsequently employed to modify the Kurioka model for cases in large HRR. Then, the modified Kurioka model is verified by various on-site high HRR fire experimental results conducted by other authors
Former studies usually used model tunnels with fixed width while in reality the tunnel width can be ...
This work looks at the longitudinal ventilation of fires in a tunnel and the associated phenomenon o...
This paper gives an overview of the tunnel fire research, both experimental and theoretical work wit...
The present paper investigates the ceiling maximum smoke temperature and longitudinal decay in tunne...
This paper proposes two prediction models for the maximum smoke temperature rise and the temperature...
The maximum gas temperature below the ceiling is an important parameter for tunnel safety. The prese...
Model scale tests with varying materials as tunnel structure were carried out to further study the t...
A set of experiments is carried out in a 1/15 reduced-scale double-deck tunnel to investigate the ef...
A 1/3 scaled tunnel model was built to explore the effect of fire source elevation on fire and smoke...
The distribution characteristics of the temperature below ceilings in curved tunnel fires have not b...
Sealing tunnel portals is an important approach to control tunnel fires. The maximum gas temperature...
By sealing the portal at one end of tunnel and changing the transverse location of linear fire sourc...
A sequence of tests and simulations with varying transverse fire locations were conducted in a full-...
The model-scale tunnel is used in this investigation to analyze the maximum smoke temperature rise o...
The work presented in this report focuses on estimating maximum gas temperatures at ceiling level du...
Former studies usually used model tunnels with fixed width while in reality the tunnel width can be ...
This work looks at the longitudinal ventilation of fires in a tunnel and the associated phenomenon o...
This paper gives an overview of the tunnel fire research, both experimental and theoretical work wit...
The present paper investigates the ceiling maximum smoke temperature and longitudinal decay in tunne...
This paper proposes two prediction models for the maximum smoke temperature rise and the temperature...
The maximum gas temperature below the ceiling is an important parameter for tunnel safety. The prese...
Model scale tests with varying materials as tunnel structure were carried out to further study the t...
A set of experiments is carried out in a 1/15 reduced-scale double-deck tunnel to investigate the ef...
A 1/3 scaled tunnel model was built to explore the effect of fire source elevation on fire and smoke...
The distribution characteristics of the temperature below ceilings in curved tunnel fires have not b...
Sealing tunnel portals is an important approach to control tunnel fires. The maximum gas temperature...
By sealing the portal at one end of tunnel and changing the transverse location of linear fire sourc...
A sequence of tests and simulations with varying transverse fire locations were conducted in a full-...
The model-scale tunnel is used in this investigation to analyze the maximum smoke temperature rise o...
The work presented in this report focuses on estimating maximum gas temperatures at ceiling level du...
Former studies usually used model tunnels with fixed width while in reality the tunnel width can be ...
This work looks at the longitudinal ventilation of fires in a tunnel and the associated phenomenon o...
This paper gives an overview of the tunnel fire research, both experimental and theoretical work wit...