30th International Symposium on Shock Waves 1

Part I: Invited Lectures.- Studies of shock wave reflections and interactions (Paul Vieille Lecture).- Dispelling misconceptions about blast waves (Irvine Israel Glass Lecture).- A review of the Richtmyer-Meshkov instability from an experimental perspective.- Medical and biomedical applications of shock waves: The state of the art and the near future.- Making shock waves pay: The commercial aspects of shock waves.- Time-developing 3D-CT measurement of shock waves and supersonic density flow field.- Chemical kinetics and reacting flows.- Shock-induced combustion and its applications to power and thrust generation.- The shock fitting technique from Gino Moretti towards the future.- Part II: Nozzle Flow.- New modified Pekkari model to analyse the aeroelastic stability behaviour for a flexible over-expanded rocket nozzle.- Adaptation of the transpiration method to simulate the fluid- structure interaction phenomena for a flexible over-expanded rocket nozzle.- Transverse jet injection into a supersonic nozzle flow.- Flow visualization in out-of-round rocket nozzles.- Effect of the adiabatic index on the shock  reflection in overexpanded nozzle flow.- Mixing enhancement in free jets from supersonic ESTS lobed nozzles.- Study of cluster linear plug nozzle flow field in freestream flow.- Studies in free-jets from supersonic ESTS lobed nozzles.- Unsteadiness of supersonic flows in over-expanded nozzles.- Design of optimized two dimensional scramjet nozzle contour for hypersonic vehicle using evolutionary algorithms.- Passive flow control in Laval nozzles due to bypass mass flow in narrow longitudinal gaps.- Part III: Hypersonic Flow.- Investigation of chemical non-equilibrium hypersonic flows in carbon dioxide-nitrogen atmospheres using a coupled Euler-boundary layer method.- Radiative heatflux measurements for Titan atmospheric entry condition in a superorbital expansion tunnel.- Study of hypersonic dissociating flows over spheres using the space-time CE/SE method.- The direct measurement of skin friction in shock tunnel.- Effects of attack angle on starting performance of a hypersonic inlet.- Optimization of hypersonic power law derived waverider using TLBO.- Experimental analysis of shock stand-off distance in hypersonic flows over spherical bodies.- Oscillatory behaviors of a hypersonic inlet with trips.- Aerodynamic force and moment measurement under duplicated hypersonic flight conditions in the JF12 shock tunnel.- Part IV: Supersonic and Hypersonic Flows with Shocks.- A method of detecting self-starting ability of hypersonic inlets - A numerical investigation.- Experimental investigation on the self-starting characteristics of hypersonic inlets.- An investigation of Type IV shock interaction over a blunt body with forward facing cavity.- Particularities of the shock wave propagation through the region of gas discharge plasma.- Numerical research of supersonic mixing in conditions of localized pulse-periodic energy supply upstream of tandem shock and expansion waves.- Effect of differential sweep on a three dimensional side wall type intake at Mach 3.5.- Experimental study of dynamic characteristics of oblique shock trains in Mach 5 flow.- Aero-optical measurement in shock wave of hypersonic flow field.- Super/hypersonic aero-optical effects induced by external jet cooling.- Thermal analysis of scramjet combustor panel with active cooling using cellular materials.- A methodology for coupled thermal structural analysis and structural design of scramjet combustor.- Thermo-mechanical deformation behavior of a hypersonic waverider using finite element method.- Effect of Mach number on shock oscillations in supersonic diffusers.- Turbulence compressibility effects for supersonic and hypersonic separated flows.- Imaging of the conical Kelvin-Helmholtz instability.- Shock standoff distance over spheres in unsteady flows.- Part V: Supersonic Jets.- The formation of Mach waves from supersonic jets with outer co-flowing.- The limits of Mach wave emission from supersonic jets.- Overexpanded jet flow theoretical analysis in the vicinity of the nozzle lip.- Design and validation of an uncooled pitot probe for hot, supersonic flow investigations.- Large-eddy simulation of a supersonic underexpanded square jet.- Part VI: Chemical Kinetics & Chemical Reacting Flows.- Species time-history measurements during jet fuel pyrolysis.- Rapid chemiluminescent imaging behind reflected shock waves.- Shock tube experimental and theoretical study on the thermal decomposition of 2-Phenylethanol.- Soot formation during pyrolysis and oxidation of aliphatic and aromatic hydrocarbons in shock waves: Experiments and detailed kinetic modeling.- 3-carene oxidation mechanism.- Shock tube ignition delay studies of dicyclopentadiene.- Model order reduction for reacting flows: Laminar Gaussian flame applications.- Numerical simulation of the flow with chemical reactions around a wedge.- Computations of a shock layer flow field with global and detailed chemistry models.- On a relaxation zone structure for shock waves forming in non-equilibrium air flows.- Investigation of non-catalytic reaction of shock heated nitrogen gas with powder SiO2.- Part VII: Detonation, Combustion and Ignition.- On the deflagration-to-detonation transition in narrow tube with varying prechamber-initiator.- Experimental research on deflagration-to-detonation transition (DDT) in an S-shaped tube.- DDT triggered by SWBLI: numerical and experimental research.- Flame acceleration and DDT in a torus geometry.- Unconfined hybrid detonation in gas-particle flow.- Numerical simulation of combustion process for two-phases fuel flows related to pulse detonation engines.- Simulation of laser-induced detonation in particulate systems with applications to pulse detonation engines.- Criterion for detonation transition in liquid-fuel pulse detonation engines.- Numerical simulation of reactive gas mixes flows in the detonation engines.- Stabilization of detonation combustion of a supersonic flow due to using the special form plane channel.- Role of wall temperature on shock train in a rectangular isolator.- The correlation between detonation cell size and ignition delay time.- An Investigation of the prompt oblique detonation wave induced by a finite length wedge.- Formation of 3D detonation in supersonic flows by solid walls of special shape.- Cellular and spin detonation in 3D channels.- Galloping detonation in a fuel mixture jet.- Propagation of out warding flame for combustible gas in cylindrical confinement.- Investigation on PIV and PLIF laser diagnostics in turbulent combustion field.- Modeling of aerobic combustion.- Investigations of equivalence ratio on operational liquid-fuel pulse detonation engines.- Detonation of mechanoactivated mixture of ammonium perchlorate with aluminium.- Detonation transition in relatively short tubes.- Propagation of a pressure-dependent detonation with different acoustic impedance confinements.- Kerosene ignition and combustion: An experimental study.- On influence of carbon tetrachloride on combustible mixtures ignition at various temperature range.- Temperature measurements in the combustion zone behind the reflected shock waves.- On the initiation of combustion by means of supersonic high-enthalpy jet.- A test of ignition behaviors induced by a smoothly convergent cylindrical shock.- Part VIII: Propulsion.- Non-stationary interaction of incoming flow with ablative jet in supersonic laser propulsion.- Axisymmetric compressible flow for the resistojet thruster module.- Secondary injectant gas thermodynamic properties effects on fluidic thrust vectoring performances of a supersonic nozzle.- Part IX: Shock Wave Reflection and Interaction.- Three-dimensional bow-shock interactions between high-speed slender bodies at incidence.- Flow behind Mach reflection and the Neumann paradox.- The Mach reflection of a converging cylindrical shock wave segment encountering a straight wedge.- Reflection of cylindrical converging shock wave over wedge.- Numerical study of the interaction process between a planar shock wave and a square cavity filled with different gases.- Flow phenomena of an expansion wave entering a cylindrical cavity.- Investigation of an expansion fan/shock wave interaction between low aspect ratio wedges.- Studying shock wave reflections over double cylindrical concave wedge reflectors.- High resolution experimental investigation of the reflection over a convex-concave cylindrical model.- Characteristic properties of the formation of shock-wave reflection configurations in unsteady flows.- Analytical approach to the problem of three-dimensional steady shock wave interactions.- The effect of acoustic impedance of reflecting surface on oblique shock reflection.- Experimental investigation of normal shock wave-counter flow interactions.- Shock wave reflection over roughened wedges.- Surface oxidation study of ZrB2-SiC composite for Re-entry applications using free piston driven shock tube.- Shock wave reflections over Newtonian and non-Newtonian wedges: Experimental investigation.- Ground effect of transonic and supersonic projectiles: Influence of Mach number and ground clearance.- The influence of concave wedge tips on shock reflection patterns.- Shock tunnel studies on shock-shock interaction.- A study on unsteady shear layer-shock interaction in a vacuum ejector-diffuser system.- The compressible shear layer of a Mach reflection.- The existence of a consistent stationary Mach reflection in shock tube flows.- Analysis of wide-driver shock tube flow with sharp area transition.- Shock waves initiated by optical pulsing discharge in the supersonic air flow.- Stationary regular reflection: viscous and rarefaction effects.- Part X: Shock Wave Interaction with Obstacles and Porous Media.- Simplified models of shock waves interaction with rigid and flexible obstacles.- Blast wave impact on a parallelepiped headed with a semi-cylindrical model drilled with a rectangular cavity.- A comparison of numerical and experimental results of passive shock wave mitigation using obstacles in two-dimensional channels.- Mitigation of weak shock waves: Its applications to design of automobile engine silencers and mufflers.- A new method to assess mitigation efficiency of a protective barrier against the effects of a vapor cloud explosion.- Numerical and experimental analysis of the effect of different shapes of rigid barriers on blast wave propagation.- High speed gas-granular flow over a 2D cylinder.- Kinetic approach for simulation of the transient shock waves propagation through an orifice.- Model of shock wave action on porous materials and mixtures.- The collapsing mechanism of aluminum foams.- Part XI: Shock Wave Interaction with Granular and Dusty Media.- Study on the jet formation during dispersal of solid particles by shock and blast waves.- Response of embedded pipeline to surface blast loading.- Dense particle cloud deflection during shock interaction.- Shock mitigation by dust lofting: Theoretical perspective.- Dust lofting behind a shock wave.- Shock ignition of reactive particles.