Iutam Symposium on Combustion in Supersonic Flows. Fluid Mechanics and Its Applications: Band 39 Book

Observations Concerning Supersonic Combustion; P.A. Libby. I: Premixed and Unpremixed Combustion in Supersonic Flows. Some Generic Problems Related to Combustion of Hydrogen and Air in Supersonic Flows; B. Deshaies, et al. Development of a Three-Dimensional Code to Investigate Supersonic Combustion Problems; U. Riedel, D. Thévenin. Influence of Turbulent Fluctuations on the Induction Period of Hydrogen-Air Combustion Reaction; V.V. Vlasenko, V.A. Sabel'nikov. Shock Induced Combustion over a Rectangular Ramp; C.J. Sands, et al. Optical Measurements of Hydrogen Mixing in Supersonic Airflows; F. Brellochs, et al. A New L.E.S. Approach to Simulate Cheng's Experiment; G. Billet. Flame-Holding Behind a Wedge by Incident Shock Waves; T. Fujimori, et al. Effects of Laminar Flamelet Structures on Supersonic Turbulent Combustion; L.L. Zheng, K.N.C. Bray. Numerical Study of Autoignition and Combustion in Supersonic Hydrogen-Air Mixing Layer; A. Stoukov, et al. Experiments on the Flame-Holding Mechanism of a Newly Devised Strut in Supersonic Airflow; M. Uchiumi, et al. II: Practical Systems: Scramjets. An Industrial Point of View on Scramjet Combustor Design; A. Chevalier, et al. Shock Tube Investigations of H2 Combustion in a High Temperature Supersonic Air Flow (Scramjet); G. Smeets, C. Quenett. III: Heterogeneous Combustion. Detonation of the Gas Mixtures with Inert Solid Particles; A.V. Fedorov, V.M. Fomin. Catalytic Combustion in a Cold Supersonic Flow of Hydrogen-Air Premixture; M. Bellenoue, et al. IV. Practical Systems: Ramaccelerators and PDWA. Pulsed Detonation Engines: Key Issues; S. Eidelman, et al. The Ram Accelerator: Perspectives and Experimental Results already Achieved. G. Smeets. Numerical Simulations of Unstart Phenomenon in Ramac Device; M.H. Lefebvre, et al. The Effects of Two-Phase Combustion in Ram Accelerator; R. Saurel, et al. The 30 mm-Caliber Scram Accelerator Ramac 30 of ISL; S. Seiler, et al. Expansion Tube Experiments for the Investigation of Ram-Accelerator-Related Phenomena; J. Srulijès, et al. The PDWA Concept for Hypersonic Propulsion; J.-L. Cambier, H.G. Adelman. V. Fluid- Dynamic Aspects of Supersonic Combustion. Mixing Enhancement by Normal Gas Injection in Supersonic Mixing Layer (LDV Investigation of Turbulence Phenomena); T. Arai, et al. Properties of Energetic Scales in a Supersonic Mixing Layer; P. Dupont, et al. Numerical Simulations of Shock-Turbulence Interactions; G. Erlebacher, et al. LDV Investigation of Turbulence Phenomena in Multiple Shock Wave / Turbulent Boundary Layer Interactions; H. Sugiyama, et al. VI. Applications of Detonation to Propulsion. Galloping Detonations; P. Clavin. Numerical Simulations of a Marginal Detonation: Wave Velocities and Transverse Wave Structure; M.H. Lefebvre, et al. Direct Initiation of Gaseous Detonations by Interacting Supersonic Jets; O.V. Achasov, et al. Onset of Oblique Hydrogen-Air Detonations Enhanced by a Turbulent Jet; C. Viguier, et al. Dynamics of Curved Detonation Front and Critical Conditions for Detonation Initiations; L. He. Initiation of Detonation by Mixing of Supersonic Acetylene and Oxygen Jets; O.V. Achasov, S.A. Labuda.