Titlebook: Dynamical Issues in Combustion Theory; Paul C. Fife,Amable Li?án,Forman Williams Conference proceedings 1991 Springer Science+Business Med

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exacerbate

Nonlinear Development of Low Frequency One-Dimensional Instabilities for Reacting Shock Waves,ng waves with a quasi one-dimensional structure of an ordinary fluid dynamic shock followed by a reaction zone. In contrast, the detonations observed in many experimental circumstances demonstrate extremely complicated unstable wave patterns (see Oppenheim & Soloukhin [1], Fickett & Davis [2], Lee &

muscle-fibers

Dynamics of Laminar Triple-Flamelet Structures in Non-Premixed Turbulent Combustion, to end at a finite position. Such an end of a diffusion flame exhibits fuel-rich and fuel-lean premixed elements as well as the diffusion flame-sheet itself—a structure that is known as a . and which has the property of being able to propagate. A counterflow geometry with shear becomes the most rel

DECRY

triptans

On The Dynamics of Weakly Curved Detonations, compared to an average reaction zone thickness. The present paper contributes to the theory for near-Chapman-Jouguet waves. It explains weakly nonlinear acoustic effects in the near-sonic burnt gas flow which act on time scales much shorter than the overall evolution time of the front..The transoni

scrutiny

Attractors And Turbulence for Some Combustion Models,ical object describing the permanent regime and, according to ideas first introduced by Smale [18], Ruelle-Takens [16], its complicated structure is the cause (or one of the causes) of the chaotic or turbulent behaviors. Therefore, an understanding of these sets provides a better understanding of ch

scrutiny

Linear Stability of One-Dimensional Detonations,ral method, specifically a collocation scheme with Tchebychev polynomials, provides an approximation to the unstable discrete spectrum, in addition to permitting the calculation of stability boundaries in parameter space. We show that behavior predicted by Buckmaster and Neves (Physics of Fluids . (

絕食

Discrete Modeling of Beds of Propellant Exposed to Strong Stimulus, beds made of discrete particles, when subjected to a strong stimulus such as the impact of a penetrating jet. A principal goal is to discover basic mechanisms within the bed that control a reactive wave that either fails and extinguishes, or propagates as a rapid burning or detonating wave. This pa

CHARM

conifer