Flame Spread

79 books
Effect of thickness on downward flame spread over paperToshisuke Hirano

Effect of thickness on downward flame spread over paper

Toshisuke Hirano

1988No page data
Huo yan jing xi jie gou ji qi chuan bo dong li xueJinhua Sun
⏱ 3h 45m

Huo yan jing xi jie gou ji qi chuan bo dong li xue

Jinhua Sun

2011225 pp.
A mathematical model for predicting fire spread in wildland fuelsRichard C. Rothermel
⏱ 40m

A mathematical model for predicting fire spread in wildland fuels

Richard C. Rothermel

197240 pp.
Field test of a rate-of-fire-spread model in slash fuelsJames K. Brown
⏱ 24m

Field test of a rate-of-fire-spread model in slash fuels

James K. Brown

197224 pp.
Ignition and flame spread of PMMAKazuo Akita

Ignition and flame spread of PMMA

Kazuo Akita

1988No page data
Fuel burning rates of downward versus horizontally spreading firesWilliam H. Frandsen
⏱ 12m

Fuel burning rates of downward versus horizontally spreading fires

William H. Frandsen

197812 pp.
An investigation of the fire environment in the ASTM E 84 tunnel testWilliam J Parker
⏱ 1h 5m

An investigation of the fire environment in the ASTM E 84 tunnel test

William J Parker

197765 pp.
Using the effective heating number as a weighting factor in Rothermel's fire spread modelWilliam H. Frandsen

Using the effective heating number as a weighting factor in Rothermel's fire spread model

William H. Frandsen

1973No page data
Significant parameters for predicting flame spreadJames G. Quintiere

Significant parameters for predicting flame spread

James G. Quintiere

1985No page data
An investigation of the fire environment in the ASTM E 84 tunnel testWilliam J. Parker
⏱ 1h 5m

An investigation of the fire environment in the ASTM E 84 tunnel test

William J. Parker

197765 pp.
Significant parameters for predicting flame spreadJames G Quintiere

Significant parameters for predicting flame spread

James G Quintiere

1985No page data
A buoyant source in the lower of two, homogeneous, stably stratified layersLeonard Y Cooper
⏱ 21m

A buoyant source in the lower of two, homogeneous, stably stratified layers

Leonard Y Cooper

198321 pp.
A model of multiroom fire spreadTakeyoshi Tanaka
⏱ 2h 48m

A model of multiroom fire spread

Takeyoshi Tanaka

1983168 pp.
Nomographs for estimating surface fire behavior characteristicsJoe H. Scott
⏱ 2h 2m

Nomographs for estimating surface fire behavior characteristics

Joe H. Scott

2007122 pp.
An investigation of axisymmetric buoyant turbulent diffusion flamesS-M Jeng
⏱ 1h 19m

An investigation of axisymmetric buoyant turbulent diffusion flames

S-M Jeng

198279 pp.
Mechanisms of fire spread research progress report no. 1Hal E. Anderson
⏱ 20m

Mechanisms of fire spread research progress report no. 1

Hal E. Anderson

196420 pp.
Mechanisms of fire spread research progress report no. 2Hal E. Anderson
⏱ 29m

Mechanisms of fire spread research progress report no. 2

Hal E. Anderson

196629 pp.
Extended abstracts and presentations from the Workshop on Fire Growth and Spread on Objects, March 4-6, 2002, National Institute of Standards and TechnologyWorkshop on Fire Growth and Spread on Objects (2002)

Extended abstracts and presentations from the Workshop on Fire Growth and Spread on Objects, March 4-6, 2002, National Institute of Standards and Technology

Workshop on Fire Growth and Spread on Objects (2002)

2003No page data
Using HFire for spatial modeling of fire in shrublandsUnknown Author
⏱ 44m

Using HFire for spatial modeling of fire in shrublands

Unknown Author

200944 pp.
Spread across liquidsLewis Research Center

Spread across liquids

Lewis Research Center

1995No page data
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