31st International Symposium on Shock Waves 2 : Applications /: Applications. (2019)

• Record Type: Book
• Further Information: Note: Akihiro Sasoh, Toshiyuki Aoki, Masahide Katayama.
• Editors: Sasoh, Akihiro; Aoki, Toshiyuki; Katayama, Masahide
• Contents: Chapter1.Strength and Frequency of Underwater Shock Waves Related to Sterilization Effects on a Marine Bacterium.- Chapter2.Effects of Liquid Impurity on Laser-Induced Gas Breakdown in Quiescent Gas: Experimental and Numerical Investigations.- Chapter3.Air Blast from a Structural Reactive Material Solid.- Chapter5.Experimental study on Configuration Effects of Supersonic Projectiles in Transitional Ballistic Regimes.- Chapter6.Non-Ideal Blast Waves from Particle-Laden Explosives.- Chapter7.Attenuation of Blast Wave in a Duct with Expansion Region (Effects of configuration, porous panel, and acoustic material).- Chapter8.Enhancement of Deflagration-to-Detonation Transition Process with Energetic Solid Particle.- Chapter9.Large Scale Computation of Direct Initiation of Cylindrical Detonations.- Chapter10.Numerical Study on a Cycle of Liquid Pulse Detonation Engines.- Chapter11.Experimental investigate on the flame-shock wave interaction and pressure oscillation in a confined combustion chamber.- Chapter12.The Influence of Spatial Heterogeneity in Energetic Material on Non-ideal Detonation Propagation.- Chapter13.Detonation Experiment Research of Gaseous Mixtures with Suspended Metal Particles.- Chapter14.Large Eddy Simulation of Mixing Characteristic in the Cold Rotating-Detonation Chamber.- Chapter15.Research on the Continuous Rotating Detonation Wave in a Hollow Chamber with Laval Nozzle.- Chapter16.Experimental Study on a Long Duration Operation of a Rotating Detonation Engine.- Chapter17.Decaying modes of propagation of spinning detonation and flame front in narrow channel.- Chapter18.Measurement of gaseous fuel concentration in rotating detonation engines.- Chapter19.Investigation of High-Frequency Pulse Detonation Cycle with Fuel Phase Transition.- Chapter20.Simulations of Hydrogen Detonation in Vibrational Non-equilibrium .- Chapter21.Aerodynamic Force Measurement in a Large-Scale Shock Tunnel.- Chapter22.Trial Implementation of TiN Surface Coating for a Main Piston Towards Reducing the Opening Time for a Diaphragmless Driver Section.- Chapter23.Aerodynamic Force Measurement Techniques in JF12 Shock Tunnel .- Chapter24.Optimising the X3R Reflected Shock Tunnel Free-Piston Driver for Long Duration Test Times.- Chapter25.Development and Analysis of an Apollo Earth Re-entry Condition with Representative Post-shock Reynolds Number in the X2 Expansion Tunnel.- Chapter26.Liquid-Coupled Dual Piston Driver for Small-Scale Shock Tubes.- Chapter27.Initial testing of a 2m Mach-10 free piston Shock tunnel at CAAA.- Chapter28.CFD Evaluation and Experiment test of the Running time of the Hypersonic Ludwieg Tube Quiet Wind Tunnel.- Chapter29.Development and Performance Study of Shock Tube with Extended Test-times for Materials Research.- Chapter30.Measurement of Temperature Field around Spiked Bodies at Hypersonic Mach Numbers.- Chapter31.Three-dimensional Laser Interferometric CT density measurement of unsteady flow field around a cylinder induced by discharged shock wave from a cylindrical nozzle.- Chapter32.Curved shock wave propagation in environmental stratosphere by laser ablation.- Chapter33.Hypervelocity tests with a detonation driven expansion tube.- Chapter34.Experiments in HEG related to sonic line and shock stand-off distance on capsule shapes.- Chapter35.Catalytic Recombination Characteristics of Atomic Oxygen on Material Surfaces by Optical Emission Spectroscopy.- Chapter36.Influence of Dual Ignition on Test Conditions of a High Enthalpy Shock Tunnel.- Chapter37.Ablation Measurements in A Low Density Heat Shield Using Ablation Sensor Unit.- Chapter38.The Development of High Enthalpy Reentry Conditions in the X3 Expansion Tube.- Chapter39.Prediction of Intensity Profiles behind a Shock Wave Travelling in Air at Speeds Exceeding 12 km/s.- Chapter40.Revisiting temperature measurements at the focus of spherically converging shocks in argon.- Chapter41.Influence of Matrix Resin on Impact Resistance of CFRP by a Small Sphere.- Chapter42.Improvement of Impact Resistance of Ceramics by using Resin-based Materials.- Chapter43.Measurement of Plasma Formed by High-speed Impact to Estimate Temperature at Impact Point.- Chapter44.Application of Riemann Solver for Compressible and Non-Expanding Fluid to Impact on Regolith.- Chapter45.Mathematical modeling of the impact of high-speed metallic plates.- Chapter46.Study of Shock Impact Pressure Amplification and Attenuation of Acoustic Waves in E-Glass Material.- Chapter47.Reconstruction of Recoilless Weapon Blast Environments Using High-fidelity Simulations.- Chapter48.Contribution of Cavitation Generation to Shock Wave Sterilization Effects in a Narrow Water Chamber.- Chapter49.Shockwaves confer immunity against infections in mice.- Chapter50.On the relation between the shock wave thickness in bio-materials and the threshold for blast induced neuro-trauma.- Chapter51.Development of a miniaturized focused shock wave generator for medical application.- Chapter52.Intracellular Ca2+ Increase Evoked by Single Acoustic Pulses.- Chapter53.A new device for crossing chronic total occlusions.- Chapter54.Medical application of shock waves: Developing the treatment application and understanding of injury.- Chapter55.Towards non-invasive insulin injection via control of the electrical breakdown in liquid.- Chapter56.Current Trend in Cell Membrane Manipulation by Ultrasound and Underwater Shock Wave.- Chapter57.Analysis of Deformation Process of a Bubble in an Elastic Capsule by Shock Waves and Their Medical and Biological Applications.- Chapter58.Shockwaves can cure biofilm infections in-vivo in combination with antibiotics.- Chapter60.Simulation of shock-bubbles interaction using a four-equation homogeneous model.- Chapter61.A Study of Dispersion, Vaporization, and Combustion of Burnable Liquids Surrounding Charges.- Chapter62.Multi-scale simulation of the interaction of a shock wave and a cloud of particles.- Chapter63.Surface Jetting Induced by Explosion in Liquid below an Immersed Bubble.- Chapter64.Generation Frequency of Rebound Shock Waves from Bubble Collapses in Cavitation Jet.- Chapter65.Experimental Study on the Influence of Underwater Explosion Depth on the Disintegration of Thin Resin Plate Attached Microbubbles.- Chapter66.Numerical Study of the Flow Separation in a Rocket Nozzle.- Chapter67.Hybrid RANS/LES simulation of shock-induced separated flow in truncated ideal contour nozzle.- Chapter68.Experimental Study of TICTOP Nozzles.- Chapter69.Three-Dimensional Instability of Shock-Wave/Boundary- Layer Interaction for Rocket Engine Nozzle Applications.- Chapter70.Shock interactions in Thrust Optimized Parabolic (TOP) Nozzles during Start-Up and Shut Down.- Chapter71.Shock System Deformation in High Mach Number Rocket Nozzles.- Chapter72.Interaction of Droplets with Incident Shock Waves.- Chapter73.A compact finite volume method for computing shock waves on hybrid grids.- Chapter74.Numerical Modelling of the Effects of Surface Roughness on Blunt Body Heat Transfer..- Chapter75.Numerical study of shock propagation in liquid/gas media.- Chapter76.CFD models of shocks and flow fields associated with decelerating spheres in terms of flow history and inertial effects.- Chapter77.Conjugate Heat Transfer Analysis in a Hypersonic Flow.- Chapter78.Laser-induced shock waves in micro tubes.- Chapter79.Study of MHD Effects in the High-Enthalpy Shock Tunnel G?ttingen (HEG) using a 30T Pulsed Magnet System .- Chapter80.An Electrodynamic Aerobraking Experiment in a Rarefied Arc-Heated Flow.- Chapter81.Blast Wave Propagation Affected by Ground Characteristics.- Chapter82.Multiple reflected shock wave in closed volume with granular screen.- Chapter83.Some aspects of the numerical modeling of shock wave ? dense particles bed interaction using two-fluid approach.- Chapter84.To the complex approach to the numerical investigation of the shock wave - dense particles bed interaction.- Chapter85.Numerical Study on Shock Wave Reflection over a Double Wedge in Dusty Gas.- Chapter86.Shock and Blast Wave Interaction With Hard Sand Pan.- Chapter87.Long time history of unsteady drag on shock accelerated micro-particles.- Chapter88.Shock Focusing Effect upon Interaction of a Shock with Low-Density Dust Cloud.- Chapter89.Shock-induced motion of a spherical particle floating in air.- Chapter90.Exploring the capability of a new shock tube facility to investigate shock interaction with inert particle columns.- Chapter91.MITIGATION OF BLAST IN A WATER MIST.- Chapter92.Shock wave propagation through a series of perforated plates.- Chapter93.Experimental Investigation of Strong Shock Heated Gases Interacting with Materials in Powder form.- Chapter94.Selective shock-refraction properties in non-ideal fluids.- Chapter95.A Numerical Investigation of Oblique Shock Waves in Non-Ideal Compressible-Fluid Flows.- Chapter96.Assessment of real gas effects on SCO2 flows with shock waves.- Chapter97.Structure of shock waves in noble gases under high density conditions..- Chapter98.Mach 4 Shock Train Structures in Rectangular Ducts.- Chapter99.Control of Shock Trains within Supersonic Intakes through the addition of Cavities.- Chapter100.Experiments in Supersonic Gaseous Ejector using 2D PIV Technique.- Chapter101.Numerical analysis of surface heat flux in a forward facing cavity.- Chapter102.Large Eddy Simulation of Expansion Wave Diffraction.- Chapter103.In-pipe aerodynamic characteristics of a projectile in comparison with free-flight for transonic Mach numbers between 0.5 and 1.5.- Chapter104.Experimental Investigation of Shock Wave Characteristics in Small Scale Circular Channel.- Chapter105.Shock Oscillation Studies with Varying Stagnation Pressure in a Supersonic Diffuser.- Chapter106.Measurement of shock wave attenuation in microchannels.- Chapter107.Surface jets produced from an underwater shock wave.- Chapter108.Pressure sensors for hostile environments .- Chapter109.Visualization of inception, propagation and c
• Publisher Details: Cham : Springer
• Publication Date: 2019
• Copyright Date: 2019
• Extent: 1 online resource (1186 pages)
• Subjects: Engineering; Astronautics; Hydraulic engineering; Chemistry, Physical organic; Science -- Mechanics -- Dynamics -- Fluid Dynamics; Technology & Engineering -- Mechanical; Science -- Chemistry -- Physical & Theoretical; Computers -- Intelligence (AI) & Semantics; Fluid mechanics; Mechanics of fluids; Physical chemistry; Artificial intelligence; Technology & Engineering -- Aeronautics & Astronautics; Aerospace & aviation technology
• Languages: English
• ISBNs: 9783319910178
• Related ISBNs: 9783319910161
• Access Rights: Legal Deposit; Only available on premises controlled by the deposit library and to one user at any one time; The Legal Deposit Libraries (Non-Print Works) Regulations (UK).
• Access Usage: Restricted: Printing from this resource is governed by The Legal Deposit Libraries (Non-Print Works) Regulations (UK) and UK copyright law currently in force.