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Effect of convective losses on the spread of flame over pine needle beds
Shanmugasundaram Dakshnamurthy
, Joaquín Ferrer
, Andrés Fuentes
, Rodrigo Demarco
, Pedro Reszka
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peer-review
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Keyphrases
Wind Velocity
100%
Pine Needles
100%
Convective Losses
100%
Bed Structure
80%
Critical Velocity
60%
Convective Heat Loss
60%
Numerical Model
40%
Flame Height
40%
Fire Spread
40%
Structure Velocity
40%
Bed Temperature
20%
Mass Loss
20%
Data Loss
20%
Kinetic Parameters
20%
Fire Propagation
20%
Pyrolysis Reaction
20%
Froude number
20%
Optical Thickness
20%
Fire Front
20%
Propagation Experiment
20%
Air Velocity
20%
Thermal Decomposition Model
20%
Convective Cooling
20%
Dimensionless Correlation
20%
Moisture Release
20%
Flame Angle
20%
Velocity Contour
20%
Fuel Loading
20%
Fuel Load
20%
Data Velocity
20%
INIS
losses
100%
velocity
100%
pines
100%
flames
100%
wind
83%
fires
83%
correlations
50%
heat losses
50%
air
33%
fuels
33%
data
16%
height
16%
values
16%
particles
16%
thickness
16%
kinetics
16%
depth
16%
cooling
16%
mass loss
16%
experimental data
16%
loading
16%
moisture
16%
numerical data
16%
thermal decomposition
16%
pyrolysis
16%
froude number
16%
Engineering
Convective
100%
Convective Loss
100%
Heat Losses
60%
Numerical Model
40%
Mass Loss
20%
Pyrolysis
20%
Froude Number
20%
Kinetic Parameter
20%
Air Velocity
20%
Dimensionless
20%
Earth and Planetary Sciences
Numerical Model
100%
Pyrolysis
100%
Wind Velocity
50%
Froude Number
50%