Abstract
BGC engineers review the scientific literature relevant to hydrocarbon pool fires and fireballs in order to identify the data and relationships needed to estimate the potential thermal radiation hazards associated with the fires. The features of practical importance to such estimates are the fire geometry, the temperature and thermal emissive power of the flame gases, the fuel burning rate, and the mass of fuel involved.
Citation Formats
Moorhouse, J, and Pritchard, M J.
Thermal radiation hazards from large pool fires and fireballs: a literature review.
United Kingdom: N. p.,
1982.
Web.
Moorhouse, J, & Pritchard, M J.
Thermal radiation hazards from large pool fires and fireballs: a literature review.
United Kingdom.
Moorhouse, J, and Pritchard, M J.
1982.
"Thermal radiation hazards from large pool fires and fireballs: a literature review."
United Kingdom.
@misc{etde_6552741,
title = {Thermal radiation hazards from large pool fires and fireballs: a literature review}
author = {Moorhouse, J, and Pritchard, M J}
abstractNote = {BGC engineers review the scientific literature relevant to hydrocarbon pool fires and fireballs in order to identify the data and relationships needed to estimate the potential thermal radiation hazards associated with the fires. The features of practical importance to such estimates are the fire geometry, the temperature and thermal emissive power of the flame gases, the fuel burning rate, and the mass of fuel involved.}
place = {United Kingdom}
year = {1982}
month = {Jan}
}
title = {Thermal radiation hazards from large pool fires and fireballs: a literature review}
author = {Moorhouse, J, and Pritchard, M J}
abstractNote = {BGC engineers review the scientific literature relevant to hydrocarbon pool fires and fireballs in order to identify the data and relationships needed to estimate the potential thermal radiation hazards associated with the fires. The features of practical importance to such estimates are the fire geometry, the temperature and thermal emissive power of the flame gases, the fuel burning rate, and the mass of fuel involved.}
place = {United Kingdom}
year = {1982}
month = {Jan}
}