Visual Fire Power sensitivity analysis code
OA Location
Author(s)
Bonner, Matthew
Rein, Guillermo
Type
Software / Code
Abstract
Visual fire power is a method for measuring the heat release rate of visible flames from video footage taken by two cameras located at a right angle to each other. It does this by estimating the volume of the flames, and then scaling by the Orloff-DeRis constant. The method is explained in our paper published in Fire Technology in 2022.
Bonner, M., Węgrzyński, W. & Rein, G. Visual Fire Power: An Algorithm for Measuring Heat Release Rate of Visible Flames in Camera Footage, with Applications in Facade Fire Experiments. Fire Technol (2022). https://doi.org/10.1007/s10694-022-01341-z
This folder contains the code used to perform the sensitivity analysis described in the above paper, written in Python 3.8 and using Blender v2.83.1
Bonner, M., Węgrzyński, W. & Rein, G. Visual Fire Power: An Algorithm for Measuring Heat Release Rate of Visible Flames in Camera Footage, with Applications in Facade Fire Experiments. Fire Technol (2022). https://doi.org/10.1007/s10694-022-01341-z
This folder contains the code used to perform the sensitivity analysis described in the above paper, written in Python 3.8 and using Blender v2.83.1
Date Issued
2022-12-22
Citation
2022
License URL
Subjects
fire
flames
heat release rate
volume
computer vision