Research team
Type | Project | Research team |
---|---|---|
CRC Core Project | Fire coalescence and mass spotfire dynamics | asullivan, James Hilton, wswedosh, rhurley |
Commissioned Research | Phoenix RapidFire evaluation | James Hilton, Kate Parkins, bcirulis |
31 Aug 2020
Key findings: Two-dimensional fire simulators have been extended to model vorticity-driven lateral...
27 Aug 2019
Dynamic modes of fire propagation present a significant challenge for operational fire spread...
19 Sep 2018
We propose an index for continuous monitoring of forested areas. It is based on the free of charge...
29 Jun 2017
Junction fires occur when two oblique fire lines intersect with one another. The interaction of the...
14 Aug 2016
Predictive models of natural hazards have become a necessity for emergency management, mitigation...
18 Aug 2015
Spotting can be the dominant fire propagation mechanism during times of extreme fire weather. Spot...
Resources credited
Type | Released | Title | Download | Key Topics |
---|---|---|---|---|
Presentation-Slideshow | 17 Oct 2019 | Spot-fire Project: research and utilisation | Save (2.37 MB) | fire impacts, fire severity, fire weather |
HazardNoteEdition | 13 Jun 2019 | Pyroconvective interactions and spot fire dynamics | Save (626.55 KB) | fire impacts, fire severity, fire weather |
Presentation-Slideshow | 07 May 2019 | Spot-fire project: prescribed burning insights? | Save (859.42 KB) | |
Presentation-Slideshow | 18 Sep 2018 | Pyroconvective interactions and dynamic fire propagation | Save (2.21 MB) | fire, fire impacts, fire weather |
Presentation-Slideshow | 31 Oct 2017 | Fire coalescence and mass spotfire dynamics: experimentation, modelling and simulation | Save (932.85 KB) | fire impacts, fire severity, fire weather |
HazardNoteEdition | 25 Oct 2016 | Next generation fire modelling | Save (1.35 MB) | fire impacts, fire severity, fire weather |
Presentation-Slideshow | 24 Oct 2016 | Fire coalescence and mass spot fire dynamics | Save (4.18 MB) | fire, fire impacts, fire weather |