ELMFIRE
Contents
Computational Guide
Introduction
Installation
First Run
Surface Fire Spread
Alternative Spread Models
Grid Declination
Computational domain size, extents, and resolution
Time
Overnight Adjustment
Fire Initialization
Point source ignitions
Line source ignitions
Active fire perimeters
Outputs
Virtual Weather Stations
Miscellaneous
Parallelisation and MPI
Physics and Numerics options
Feedback level
Elliptical dimensions
Crown fire
Wind fluctuations
Miscellaneous inputs
Cell Untagging
End Conditions
Barriers and Breaching
Spotting
Generation
Transport
Accumulation
Ignition
Consumption (under development)
Submodel Cheat Sheet
Stochastic Parameters
Spotting Outputs
Monte Carlo Analysis
Randomized ignition locations
Randomized weather streams
Spatial and temporal perturbations of input rasters
Randomized wind fluctuation intensities
Outputs
Urban Fire Spread
Suppression
Initial Attack
Extended Attack
Fire Potential Mode
Assets at Risk
Pyrome Calibration
Smoke
Running HYSPLIT
Memory Optimization
Docker and Containerisation
Data Sources and Helper Scripts
Process Flowchart
Mathematical Background
Introduction
Wildfire Spread
The Canadian Fire Spread Model
Wind Scaling
Directional Rate of Spread
Canopy Fires
Level Set Propagation
Acceleration
Spotting
Generation
Transport
Ignition
Decay and Consumption
Smoke
Suppression
Initial Attack
Extended Attack
Urban Fire Spread
The Hamada Model
Heat Transfer
Diurnal Profiles
Verification
Introduction
Verification Test Cases
Point
Windy
Valley
Quadrant
Complex
Moisture Quad
Canopy
Firebrand
Overnight
Suppression
FBP Test Cases
Validation
CONUS: Automated Validation
Canada: Dogrib Fire
Input Parameter Reference
Miscellaneous
Smoke
Inputs
Outputs
Time_Control
Monte_Carlo
Simulator
Wui
Spotting
Suppression
Calibration
Reference
Bibliography
Download
User Guide (PDF)
ELMFIRE
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