Add to ORKGDescribes the model and laboratory experiments with three sizes of fuel (wood wool, and 1/4 and 1/2-in sticks) to evaluate empirical parameters for various fuel characteristics; effects of wind velocity and slope are also incorporated. Hypothetical models for use in the National Fire-Danger Rating System [see FA 34, 1705] were developed from the original model (intended for dead fuels) to represent 11 fuel types in temperate regions of the USA
Wildfire activities have greatly increased in the United States and this can mainly be accredited to...
Estimating the spread of wildland fire is growing concern in the Netherlands, where fire events at t...
International audienceA fully-physical wildfire model was used to simulate a confined fire in a wind...
Describes the model and laboratory experiments with three sizes of fuel (wood wool, and 1/4 and 1/2-...
Describes the model and laboratory experiments with three sizes of fuel (wood wool, and 1/4 and 1/2-...
This work presents the extension of a physical model for the spreading of surface fire at landscape ...
This paper presents a brief survey of the research literature on wildfire behavior and effects and a...
This report presents photographic examples, tabulations, and a similarity chart to assist fire behav...
Wildfires are a threat to human life and property, yet they are an unavoidable part of nature. In th...
Wildland fires have become a major research subject among the national and international research co...
Modelling wildfire spread from data collected on various slopes and across different fuel types is a...
The rate of spread of fire (ROS) propagating across lab-scale domains has been evaluated through a s...
The rate of spread of fire (ROS) propagating across lab-scale domains has been evaluated through a s...
The rate of spread of fire (ROS) propagating across lab-scale domains has been evaluated through a s...
The rate of spread of fire (ROS) propagating across lab-scale domains has been evaluated through a s...
Wildfire activities have greatly increased in the United States and this can mainly be accredited to...
Estimating the spread of wildland fire is growing concern in the Netherlands, where fire events at t...
International audienceA fully-physical wildfire model was used to simulate a confined fire in a wind...
Describes the model and laboratory experiments with three sizes of fuel (wood wool, and 1/4 and 1/2-...
Describes the model and laboratory experiments with three sizes of fuel (wood wool, and 1/4 and 1/2-...
This work presents the extension of a physical model for the spreading of surface fire at landscape ...
This paper presents a brief survey of the research literature on wildfire behavior and effects and a...
This report presents photographic examples, tabulations, and a similarity chart to assist fire behav...
Wildfires are a threat to human life and property, yet they are an unavoidable part of nature. In th...
Wildland fires have become a major research subject among the national and international research co...
Modelling wildfire spread from data collected on various slopes and across different fuel types is a...
The rate of spread of fire (ROS) propagating across lab-scale domains has been evaluated through a s...
The rate of spread of fire (ROS) propagating across lab-scale domains has been evaluated through a s...
The rate of spread of fire (ROS) propagating across lab-scale domains has been evaluated through a s...
The rate of spread of fire (ROS) propagating across lab-scale domains has been evaluated through a s...
Wildfire activities have greatly increased in the United States and this can mainly be accredited to...
Estimating the spread of wildland fire is growing concern in the Netherlands, where fire events at t...
International audienceA fully-physical wildfire model was used to simulate a confined fire in a wind...