A new integral theory for tunnel fire under longitudinal ventilation has been presented. Its
solution on critical velocity has been compared with experimental data and the results of …

This paper presents a theoretical analysis on the longitudinal tunnel ventilation in fire
emergency based on a plane fire plume model. The objective of the current research is to …

Systematic comparison has been carried out between the experimental data with different
tunnel fire configurations and the prediction by the theory presented in a previous paper by …

In a tunnel fire, one of the protective strategies of users and vehicles which are blocked
upstream of fire is provided by longitudinal ventilation systems which serve to limit the rise of …

The effect of the forced longitudinal ventilation on the heat release rate of tunnel fires is
quantitatively analyzed and experimentally examined using the experimental data by Roh et …

Abstract Effect of blockage on critical ventilation velocity in longitudinally ventilated tunnel
fires was investigated based on small-scale experiments and numerical simulations …

In a windy environment, the flame tilt angle and base drag length are two parameters used
to describe the flame geometry of liquid fuel fires. This work describes a numerical …

The sensitivity of results of simulations of the area downstream of a fire in a tunnel to several
factors was quantified. The factors were natural convective heat transfer, radiative heat …

In order to describe the reduction in the longitudinal airflow velocity due to the fire and hot
gases resistances in a large tunnel fire, a theoretical model, taking into consideration the …

This paper studies the maximum gas temperature rises beneath the ceiling in tunnel fires.
The fire scenarios with higher longitudinal ventilation velocities are of key concern. This …