About the Conference

Description

The Society for Industrial and Applied Mathematics (SIAM) invites you to participate in the International Conference on Numerical Combustion on March 31 – April 2, 2008,  in Monterey, California. This conference follows a series of conferences held in Sophia Antipolis, France (1985), San Francisco, California (1987), Juan les Pins, France (1989), St. Petersburg Beach, Florida (1991), Garmisch, Germany (1993), New Orleans, Louisiana (1996), York, England (1998), Amelia Island, Florida (2000), Sorrento, Italy (2002), Sedona, Arizona (2004), and Granada, Spain (2006).  The conferences held in the United States are organized by SIAM.

Advances in computational algorithms, hardware, and software continue to have a revolutionary impact on the combustion sciences and permit the examination of scientific and engineering problems of increasing complexity. Detailed combustion simulations and models are now being considered as part of integrated system applications. The International Conference on Numerical Combustion will focus on the integration of theory, modeling, and numerical implementation in the study of basic combustion physics and technological applications. The distinct questions and challenges found in combustion and phase transitions arise from the multiplicity of length and time scales defined by the chemical, geometric, and flow ingredients. Physically descriptive, efficient, and accurate numerical modeling of complex phenomena and the design and implementation of complex, integrated simulation are the challenges to be addressed at this conference.

Funding Agency

SIAM and the Conference Organizing Committee wish to extend their thanks and appreciation to the U.S. National Science Foundation for its support of this conference.

Themes

Applications of parallel processing
Detonation
Droplets and sprays
Energetic materials (propellants and explosives)
Engine and furnace combustion
Fires
Flames
Heterogeneous combustion
Ignition
Kinetics
Material synthesis
Micro-combustion
Microgravity
Numerical methods
Pollution
Software engineering for combustion applications
Tera-scale computation of combustion applications
Turbulence

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