injected gas / gas fire / turbulent gas flame model / gaseous products / spectacular brittle fracture technology / metal ball passes / chemical reaction zone / spectral participating media simulation / stochastic ray marching algorithm / chemical reaction / hot gaseous products / metal ball / paint / correct solution / energy / radiation path integration software / chemical reactions / metal sphere / fire safety systems / intermediate chemical species / fuel injecting gas / stochastic adaptive ray marching algorithm / light-energy / gas flame / gas fuels / gas heats / /
Movie
Great Balls of Fire / /
MusicGroup
Model for Radiation Calculations in Combustion Environment / /
Organization
National Science Foundation / National Institute of Standards and Technology / Stanford University / /
Person
Henrik Wann Jensen / Willi Geiger / Ronald Fedkiw / Nat / Ray Tracing / Philippe Rebours / Samir Hoon / Sebastian Marino / /
Position
physically based model for animating and rendering fire and flames / Visual Model for Blast Waves and Fracture / simple thin flame model for capturing these effects / /
PublishedMedium
Computer Graphics / Monthly Weather Review / /
SportsLeague
Stanford University / /
Technology
radiation / virtual reality / fluid dynamics / Heat Transfer / stochastic adaptive ray marching algorithm / animation system / spectacular brittle fracture technology / simulation / Animation / stochastic ray marching algorithm / /
Physically Based Modeling and Animation of Fire Duc Quang Nguyen Stanford University Industrial Light + Magic [removed]