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Diffusion / 3D computer graphics / Partial differential equations / Fire / Flame / Mass diffusivity / Scattering / Gas / Radiative transfer / Physics / Transport phenomena / Fluid dynamics


Depicting Fire and Other Gaseous Phenomena Using Diffusion Processes Jos Stam Eugene Fiume Department of Computer Science, University of Toronto1 Abstract
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Document Date: 2001-09-18 17:51:16

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Philadelphia / Dublin / Toronto / Duderstadt / Science Publishers / Darmstadt / New York / /

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AddisonWesley Publishing Company / W. H. Press / Cambridge University Press / Academic Press / John Wiley and Sons / Elsevier Science Publishers B.V. / B. P. Flannery S. A. / Abacus Press / Particle Systems / /

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Germany / Netherlands / Canada / Ireland / /

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AUD / USD / /

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Event

Man-Made Disaster / /

Facility

Information Technology Research Centre / University of Toronto / College Circle / University of Toronto1 Abstract Developing / /

IndustryTerm

chemical reactions / illumination algorithm / gas particles / kinetic energy / refinement solution / gas using wind fields / approximate solution / chemical / voxel-traversal algorithms / complicated gas geometries / gas look / energy / /

Organization

Cambridge University / University of Toronto1 Abstract Developing / Gaseous Phenomena Using Diffusion Processes Jos Stam Eugene Fiume Department of Computer Science / University of Toronto / /

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Dusty Surfaces / J. D. Buckmaster / Ray Tracing Volume / /

Position

editor / model for fire / forward / /

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New York / Ontario / /

PublishedMedium

Computer Graphics / /

Technology

voxel-traversal algorithms / radiation / illumination algorithm / 3-D / Information Technology / simulation / animation / 3G / /

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