Reviewer Board
Members of the reviewer board are selected from all Fire reviewers for regularly providing timely high quality reports on submitted manuscripts. Responsibilities of reviewers are available here.
Members
Interests: combustion; NOx; fluid mechanics; energy; furnaces; heat transfer; CFD
Interests: wildfires; wildland-urban interface fires; fire behavior; fire safety; fire protection solutions; fire preparedness; fire response; fire prevention; fire risk management planes; decision support systems
Interests: paleoecology; pollen charcoal; paleoclimate
Interests: fire; fire engineering; computational fluid dynamics; materials; façade fires
Interests: geographical information systems and remote sensing; spatial ecology; fire ecology; groundwater contamination; the impacts of wetland fires on groundwater quality
Interests: computer vision; fire detection; AI; deep learning
Interests: people evacuation; building fire safety; fire safety engineering; evacuation optimization; smoke ventilation
Interests: fuels management; fire behavior; fire effects; forest soils; silviculture
Interests: plant community ecology; plant ecology; restoration; biological soil crusts; land management
Interests: remote sensing; LiDAR; forestry; agriculture; machine learning
Interests: fire safety engineering; performance-based fire engineering design; wood engineering; structural design modeling
Interests: fossil fuel; renewable energy; sustainability
Interests: internal combustion engines; hybrid vehicles; plug-in vehicles; hybrid powertrain; energy conversion systems
Interests: catalysis; catalytic reactors; CFD; combustion; DPFs; flammability and explosibility of gases/vapors, dusts, and hybrids; GPFs; innovative fuels; hydrogen; syngas; LES; oxy-combustion; powders; soot oxidation; structured reactors; turbulent flame
Interests: fire; chimney; heating; heat recovery; ventilations; fire safety
2. Centre for Advanced Composite Materials (CACM), Department of Mechanical Engineering, The University of Auckland, 20 Symonds Street, Auckland 1010, New Zealand
Interests: fire behavior of construction materials of buildings and informal settlements; design and development of novel low-cost fire-resistant materials for building; composite materials and modeling fire response of fiber-reinforced composites; light alloys; formability aspects of the material; structure-property relationship; wear and tribological behavior of MMCs
Interests: forest fire
Interests: resilience; organizational learning; rhetorical analysis
Interests: edaphology; soil sciences; biogeochemistry; soil organic matter; forestfires; wildfires; effect of fires in soils
Interests: wood; wood-based materials; fire retardants; flammability; wood fire protection
Interests: remote sensing; wildfire; mediterranean; tropical; landscape ecology
Interests: combustion/flame dynamics in micro or meso-scale channels; micro-combustion; flame acceleration; fire dynamics; multi-phase combustion dynamics; computational fluid dynamics (CFD); thermal engineering; melting and solidification; chemical path analysis for hydrocarbon fuels; mathematical modelling for real-world problems; aero-dynamics (land and space); solid fuel combustion and flame spread; micro-gravity combustion
2. Global Fire Monitoring Center, 79110 Freiburg, Germany
Interests: history of fire management and ecology; cultural dimensions of fire management
Interests: novel composites; nanocomposites; energy composites; processing and manufacturing; properties and performance; physic, chemistry and characterization of composites
Interests: fires in rangeland and forest ecosystems
Interests: fire retardancy; coatings; cone calorimeter; flammability test; layer by layer; graphene; graphene oxide; nanoplatelets
Interests: wooden structures; relative humidity; forecasting fire risk; cold-climate fires
Interests: fire safety; wildland fire; maritime; offshore
Interests: steel structures; composite structures; fibre reinforced concrete; seismic strengthening; building safety
Interests: fire dynamics; vegetation reconstruction; land use change; Holocene; climate change