This paper uses the scaling laws obtained from a Froude Modeling perspective to analyze the variations experienced in the rate of spread of wind-aided and up-slope laboratory fires when changing the size of a scale model. The results have shown that the rate of spread scaling law is no longer verified when working at laboratory scale in steep slopes and high wind speed conditions. The paper also provides a framework for scaling and scale issues in forest fire research.Peer Reviewe
The analysis of large data sets concerning fires in various forested areas of the world has pointed ...
Abstract. Forest fire size distribution (FSD) is one of the suite of indicators of forest fire regim...
Amongst the numerous models introduced with SOC, the Forest Fire Model (FFM) is particularly attract...
This paper uses the scaling laws obtained from a Froude Modeling perspective to analyze the variatio...
Modelling wildfire spread from data collected on various slopes and across different fuel types is a...
Abstract. The effects of wind and topographic slope are important considerations when determining th...
Forest fires are expected to increase in severity and frequency under global climate change and thus...
The rate of spread of fire (ROS) propagating across lab-scale domains has been evaluated through a s...
The prediction of the forward rate of forest fire spread is crucial to fire modeling and fire manage...
Results from a laboratory-scale investigation of a fire spreading on the windward face of a triangul...
International audienceThis paper is an overview of the physical mechanisms and length scales governi...
Effects of wind velocity and slope on fire spread rate and flame length were examined. Fuel beds of ...
Wildfires as one of the natural events influence forest ecosystems. Global warming and it’s effect o...
Use of scaling terminology and concepts in ecology evolved rapidly from rare occurrences in the earl...
We present a systematic study of corrections to scaling in the self-organized critical forest-fire m...
The analysis of large data sets concerning fires in various forested areas of the world has pointed ...
Abstract. Forest fire size distribution (FSD) is one of the suite of indicators of forest fire regim...
Amongst the numerous models introduced with SOC, the Forest Fire Model (FFM) is particularly attract...
This paper uses the scaling laws obtained from a Froude Modeling perspective to analyze the variatio...
Modelling wildfire spread from data collected on various slopes and across different fuel types is a...
Abstract. The effects of wind and topographic slope are important considerations when determining th...
Forest fires are expected to increase in severity and frequency under global climate change and thus...
The rate of spread of fire (ROS) propagating across lab-scale domains has been evaluated through a s...
The prediction of the forward rate of forest fire spread is crucial to fire modeling and fire manage...
Results from a laboratory-scale investigation of a fire spreading on the windward face of a triangul...
International audienceThis paper is an overview of the physical mechanisms and length scales governi...
Effects of wind velocity and slope on fire spread rate and flame length were examined. Fuel beds of ...
Wildfires as one of the natural events influence forest ecosystems. Global warming and it’s effect o...
Use of scaling terminology and concepts in ecology evolved rapidly from rare occurrences in the earl...
We present a systematic study of corrections to scaling in the self-organized critical forest-fire m...
The analysis of large data sets concerning fires in various forested areas of the world has pointed ...
Abstract. Forest fire size distribution (FSD) is one of the suite of indicators of forest fire regim...
Amongst the numerous models introduced with SOC, the Forest Fire Model (FFM) is particularly attract...