Wildland fires have become a major research subject among the national and international
research community. Different simulation models have been developed to prevent this …

The prediction of fire propagation across landscapes is necessary for safe and effective fire
management. We analyzed the predictive accuracy of models currently used operationally in …

In this paper, we propose rescue ensemble to simulate the dynamic rescue process
between forest fire spread and forest fire rescue, while simultaneously formulating this …

The incident wind velocity in a forest fire is one of the main factors affecting fire spread.
Although buoyancy due to the fire heat release modifies the wind field, the standard …

Forest fire is one of the most frequent, fast spreading and destructive natural disasters. Many
countries have developed their own fire prediction model and computational systems to …

The dynamic behaviour of wildfires is mainly influenced by weather, fuel, and topography.
Based on fundamental conservation laws involving numerous physical processes and large …

Operational wildland fire propagation models are typically uncoupled from the wind field or
they rely either on estimations extracted from an atmospheric model or on meteorological …

To develop appropriate measures and means of fire protection at facilities, it is relevant to
form an idea of the phenomenology of the processes of the occurrence, evolution, and …

In the present study, firstly, the effective factors of Golestan national park forests fire have
been identified. Then, by using these factors, forest fire development modeling is performed …

An approach to modelling wildland fire that develops a mathematical representation of fire
propagation derived from fundamental physical laws which captures a fire's critical and …