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Ignition of Wildland Fuels Exposed to a Time-Decreasing Incident Heat Flux
F. Valenzuela
, J. I. Rivera
, F. Ebensperger
, C. Alvarez
,
P. Reszka
, F. Auat Cheein
, A. Fuentes
Research output
:
Contribution to journal
›
Article
›
peer-review
3
Scopus citations
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Keyphrases
Analytical Model
25%
Combustion Experiment
25%
Convective Losses
25%
Critical Slope
25%
Depth Penetration
25%
Experimental Repeatability
25%
Firebrands
50%
Heat Flux
25%
Heating Element
25%
Ignition
100%
Ignition Delay Time
50%
Incident Heat Flux
100%
Modular Instrument
25%
Negative Slope
25%
P1 Approximation
25%
Pine Needles
25%
Radiant Heater
25%
Slope Steepness
25%
Thermal Ignition Theory
25%
Wildland Fuels
100%
INIS
combustion
20%
experimental data
20%
fuels
100%
heat flux
100%
heating
20%
ignition
100%
incidents
100%
losses
20%
p1-approximation
20%
penetration depth
20%
pines
20%
power
20%
radiant heaters
20%
radiations
40%
time delay
40%
values
40%
Engineering
Analytical Model
20%
Convective Loss
20%
Delay Time
40%
Heat Flux
100%
Heating Element
20%
Ignition
100%
Ignition Delay
40%
Integral Approach
20%
Negative Slope
20%
Penetration Depth
20%
Radiant Heater
20%
Repeatability
20%
Physics
Theoretical Model
100%