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What is Forest Fire

Predicting, Monitoring, and Assessing Forest Fire Dangers and Risks
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
Published in Chapter:
Mathematical Simulation of Anthropogenic Load on Forested Territories for Point Source
Nikolay Viktorovich Baranovskiy (National Research Tomsk Polytechnic University, Russia)
DOI: 10.4018/978-1-7998-1867-0.ch003
Abstract
An anthropogenic load is the main cause of forest fires in the vicinity of settlements and various objects of transport or industrial infrastructure. It is proposed to mark out linear and point sources of anthropogenic load. For the numerical simulation, the similarity in the processes of propagation of anthropogenic load and diffusive heat transfer was used. The quantitative characteristic of the anthropogenic load is the virtual (possible) number of forest fires in the controlled forest area. A mathematical model to predict the distribution of anthropogenic load from a point source is presented. Distributions of the virtual number of forest fires for model data from a point source of anthropogenic load are obtained. Conclusions about the patterns of the distribution of anthropogenic load from a point source are formulated. The prospects for the further development of these results are described.
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Two-Dimensional Mathematical Models to Simulate Deciduous Tree Ignition
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
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Forest Fire Probability Prediction Taking Into Account Anthropogenic Load, Lightning Activity, and Weather Conditions
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
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Forest Fire Probability Prediction Taking Into Account Different Reasons of Anthropogenic Load
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
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Two-Dimensional Mathematical Models to Simulate Coniferous Tree Ignition
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
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M-Components Mathematical Modeling for Coniferous Tree Ignition
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
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Mathematical Modeling of Forest Fuel Ignition by the Heated Up to High Temperatures Particle
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
M-Components Mathematical Modeling for Deciduous Tree Ignition
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
Full Text Chapter Download: US $37.50 Add to Cart
Physical Modeling of Forest Fuel Ignition by the Focused Sunlight
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion, and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
Physical Modeling of Forest Fuel Ignition by the Heated Up to High Temperatures Particle
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion. and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
Predicting Forest Fire Numbers Using Deterministic-Probabilistic Approach
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
Three-Dimensional Mathematical Models to Simulate Coniferous Tree Ignition
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
Mathematical Modeling of Forest Fuel Ignition by the Focused Sunlight
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion, and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
One-Dimensional Mathematical Models to Simulate Deciduous Tree Ignition
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
Three-Dimensional Mathematical Models to Simulate Deciduous Tree Ignition
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
One-Dimensional Mathematical Models to Simulate Coniferous Tree Ignition
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
The Influence of Fires on Forest Ecosystems
A spontaneous, uncontrolled spread of fire over forest areas.
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Mathematical Simulation of Anthropogenic Load on Forested Territories
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion, and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
Physical Modeling of Forest Fuel Ignition by the Molten Metal Particles
Uncontrolled aerothermochemical phenomenon characterized by step-by-step mechanism which includes following stages: inert heating, moisture evaporation, high temperature terpens evaporation, dry organic matter pyrolysis, flammable combustion, and smoldering.
Full Text Chapter Download: US $37.50 Add to Cart
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