Titlebook: Mathematical Modeling in Combustion and Related Topics; Claude-Michel Brauner (ARW-Director),Claudine Schm Book 1988 Martinus Nijhoff Publ

PANG

Diffusion Flame Attachment and Flame Front Propagation along Mixing Layersonly in thin layers, which in most cases of interest are also vorticity layers, and thereby subject to the Helmholte-Kelvin instabilities that lead to turbulence. When a diffusion flame is established in the mixing layer surrounding a fuel jet, the heat release due to the chemical reaction leads to

cacophony

Some Remarks on Turbulent Combustion from the Attractor Point of Viewelds a fundamental simplification of the equations since the hydrodynamic equations may then be solved independently of the rest of the equations. The gas velocity turns out to be determined as the solution of the incompressible Navier-Stokes equations. This simplified model has allowed many interes

debris

Grid Requirements Due to the Inner Structure of Premixed Hydrocarbon Flameser, they are still somewhat expensive and time-consuming, and their complexity precludes their general use in multidimensional and time-dependent problems of engineering interest. Therefore, there is a need to investigate reductions of the full kinetic mechanisms to a smaller number of steps. Reduct

Hyperopia

Nonlinear Studies of Low-Frequency Combustion Stabilitiesn flame sheet (TFS) model proposed by Marble and Candel in their investigation of ramjet and afterburner instabilities. This model is solved numerically to allow the prediction of the flame response to any excitation. The numerical calculations are performed with an original implicit extension of a

不易燃

Non Linear Effects of Blow up and Localization Processes in Burning Problemsisables the superposition principle, which is inherent to linear problems. It results in a variety of possible evolution paths for a dissipative process and determines discrete spatial-temporal scales in continuum and so the properties of a nonlinear medium, which do not depend on an external pertur

ellagic-acid

Experiments with Premixed Flamesrrangements [1 to 6] and has provided confirmation of the existence of non-gradient diffusion [7, 8], This paper presents some additional measurements and examines the implications of the findings of the overall investigation for engineering practice and for the modelling of combusting flows.

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