30th International Symposium on Shock Waves 2

response of iron-based metallic glass matrix composites.- Detonation shock waves in various media.- Detonation velocity dependence on front curvature for overdriven detonation in solid explosives.- Heat conduction: hyperbolic self-similar shock-waves in solids.- Compression, rarefaction and failure waves in silicate glasses.- A study of mass-loss at hypervelocity impacts of projectiles with single- and multi-layer targets.- The head-on collision of normal shock waves with a concrete supported plate.- Mechanisms of stress relaxation and failure in metals under shock compression.- Part XVI: Shock Waves in Liquids.- Propagation of pressure waves in compression system prototype for magnetized target fusion reactor in General Fusion Inc..- Intense shock wave through water and impulse transmission in submerged structure.- The motion of a 2 mm tantalum block induced by underwater explosion.- On the refraction of shock wave by a cylindrical water droplet.- Fluid rheology effect on wave attenuation in an elastic pipe.- A summary of the experiments of shock/bubble interactions performed in IFS since 1980.- Analysis of bubbles dynamics created by ballistic impacts in liquid filled tanks.- Air-water interface jetting induced by explosion load.- Part XVII: Shock Waves in Dense Gases.- Shock wave attenuation in milli or microtubes for laminar and turbulent flow regime.- Comparison of BKW and JWL equations of state for explosion simulations.- Similarity parameters for shock waves in dense fluids.- Part XVIII: Shock Wave Focusing.- Experimental investigation of shock wave amplification using multiple munitions.- Shock focusing effect for the interaction of blunt bodies with gas bubbles in a supersonic flow.- A parameter study of shock focusing phenomenon for shock-elliptic bubble interaction.- Coalescence and interaction of blast waves using multiple munitions.- Temperature measurements at the focus of a converging spherical shock wave.- Preliminary design and optimization of 2D supersonic intake using OpenFOAM.- A new method of convergent contour design for planar shock wave enhancement in a shock tube.- Investigations of shock wave reflection and focusing in different triangle wedges.- Part XIX: Richtmyer-Meshkov Instability.- Numerical simulations of the turbulent Richtmyer-Meshkov instability in a spherically convergent geometry.- Richtmyer-Meshkov instability in a cylindrical geometry using a conventional shock tube.- A Semi-annular cylindrical converging shock tube for Richtmyer-Meshkov instability studies.- Experimental study on the interaction of cylindrical converging shock waves with sinusoidal light-heavy interface.- Effects of density distribution on reshocked gas cylinder.- A numerical investigation of shockwave-cylindrical gas inhomogeneity interaction for convergent and divergent geometries.- On the Richtmyer-Meshkov instability of a three-dimensional single-mode interface: Effect of initial interfacial principle curvatures.- Numerical investigation of 3D effects on a 2D dominated flow.- Mach number influence on ignition and mixing processes in a reacting shock-bubble interaction.- Richtmyer-Meshkov instability shock tube experiments with mixing measurements.- Experimental investigations of three-dimensional shock-vortex loop interaction: Shock reflection and diffraction phenomena.- Part XX: Shock Boundary Layer Interaction.- Shock wave boundary layer interaction control by rod vortex generators.- Consistency of double wedge shock-boundary layer interaction between numerical simulation and experiment.- Analysis of upstream conditions effect on shock wave / boundary layer interaction at moderate Mach number.- Experimental investigation of shock-bubble properties at the liquid-air phase boundary.- Numerical study of a transonic wingtip flow.- Control of unsteadiness in shock wave-boundary layer interaction by repetitive laser energy deposition.- Aeroheating test of double-cone configurations in shock tunnel.- Induction time measurements in shock tube of different roughness.- Control of boundary layer separation in supersonic flow using injection through micro ramps.- Shock induced large separation bubbles near the leading edge of a flat plate at hypersonic Mach numbers.- Flow separation control over a ramp with nanosecond pulsed plasma actuators.- Generation and propagation of shock waves in sub-millimeter capillaries.- Influence of boundary layer bleed slot width onto static and total pressure recovery of a shock train.- Expansion wave boundary layer interaction.- Shock tunnel studies of the unsteady hypersonic flowfield around spiked bodies.- Plasma control of transonic shock wave / boundary layer interaction.- Investigations on unsteadiness and instability of shock/boundary layer interactions of the ramp flow by DNS.- Design and Execution of a Hypersonic Boundary-Layer Trip Transition Experimenton Blunt Cone Flare Models with Distributed Roughness.- Part XXI: Multiphase Flow.- Water nucleation measurements in a pulse-expansion wave tube.- Modified ghost fluid method for the fluid elastic-perfectly plastic solid interaction.- Evolution of cloud of cavitation bubbles in disturbed compressible liquid: A numerical study.- Towards particle image velocimetry measurements during shock-particle curtain interactions.- Flow separation in rocket nozzles under high altitude condition.- On the early stage deformation of liquid drop in shock induced flow.- Numerical investigation of shock induced bubble collapse in water.- Suction force induced by the collapse of a near-wall bubble.- Toward the prediction of far-field pressure induced by the atmospheric entry of a small meteorite.- Pressure-field produced by the rapid vaporization of a CO2 liquid column.- Penetration of cryogenic nitrogen jets into a liquid: "Phase explosion" and formation of bubble clusters.- Part XXII: Blast Waves.- Shock wave energy: Explosions in air, ground and water.- The energy distribution of explosions.- Blast wave observations for large-scale underwater explosions in the Dead Sea.- Blast waves caused by internal explosion in ammunition and explosives facility: Vulnerability and protection alternatives.- Exploration of methods in the exploding wire technique for simulating large blasts.- Development of a vertical shock tube facility for blast testing applications.- Effects of negative overpressure phase of a laser breakdown induced blast wave on impulse characteristics.- The influence of soil characteristics on the blast intensity of buried explosive charges.- Partitioning of a scaled shallow-buried near-field blast load.- Prevention of blast waves focusing in designing and testing of blast-resistant constructions.- Analysis and testing of combined blast inhibitors.- Reconstruction of recoilless weapon blast environments using high-fidelity simulations.- Development of a risk-informed decision-support-model for protecting an urban medical center from a nuclear explosion.- Part XXIII: Facilities.- Behavior of the shock wave propagating in the small diameter tubes.- Hypersonic research in the high enthalpy shock tunnel Göttingen.- Simulating gas giant entry with increased helium diluent in an expansion tube.- A new sliding joint to accommodate recoil of a free-piston driven expansion tube.- A comparative study of shock wave propagation in different diameter miniature shock tubes.- Indraft supersonic wind tunnel for shock train investigations.- Experiments using Reddy tube driven table top hypersonic shock tunnel.- Rapid assessment on flow parameter matching scheme in aerodynamic testing in a combustion wind tunnel.- The T4 Stalker tube.- Stalker tube activities in India.- Part XXIV: Flow Visualization.- Tomographic visualization of the hypersonic flow field over a waverider.- Effect of primary flow Mach number on the non-mixed length in a two dimensional supersonic ejector.- Pulse-burst PIV in a high-speed wind tunnel.- A novel pressure-sensitive luminescent coating for microscale flow visualization.- Hand-held wavefront measuring camera for quantitative flow visualization.- Flow visualization of the exhaust jet from a pulse detonation engine by Mie scattering.- Design of a focusing schlieren setup for use in a supersonic combustion chamber.- Improved flow visualization for fast recovery of flow gradients in shadow-casting technique.- Quantitative flow visualization by wavefront reconstruction: A focal stack approach.- Shock induced flow through a pipegap.- Part XXV: Numerical Methods.- New methods for resolution improvement in simulations on subtle structures generated by shock waves.- A characteristic space-time CE/SE method for shock capturing.- Development of an unsteady shock-fitting technique for unstructured grids.- On the propagation of curved shock waves using geometric shock dynamics.- XXVI: Commercial Lecture.- Engineering tools for the analysis of penetration and fragmentation.