Shock Waves

Papers
(The median citation count of Shock Waves is 1. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2021-02-01 to 2025-02-01.)
ArticleCitations
Measurement of unsteady shock standoff distance around spheres flying at Mach numbers near one38
Development of a novel shock tube system to study shock-induced motion of a solid body25
Numerical study of viscous effects on the formation of the Mach reflection in a transition from regular reflection22
Response to “Comment on ‘A model for the trajectory of the transverse detonation resulting from re-initiation of a diffracted detonation’ by Yuan et al.”17
Shock detachment from curved wedges by local choking: numerical verification16
Effect of initial conditions on the inhibition process of H$$_{\textrm{2}}$$–O$$_{\textrm{2}}$$/air detonations using CF$$_{\textrm{3}}$$I, CO$$_{\textrm{2}}$$, and H$$_{\textrm{2}}$$O15
Characteristic timescales for detonation-based rocket propulsion systems15
Air-breathing rotating detonation engine supplied with liquid kerosene: propulsive performance and combustion stability14
Adjoint-based optimisation of detonation initiation by a focusing shock wave13
Response behavior of the PTFE/Al/W granular composite under different loadings13
Blast pressures and waveforms of consumer firecrackers12
Impacts of grid turbulence on the side projection of planar shock waves12
Single- and two-phase fluid droplet breakup in impulsively generated high-speed flow11
The modeling of weak shock waves in highly porous powder beds and comments on its relevance to exploding bridgewire (EBW) detonators10
Evolution of heat transfer at the stagnation point during the detached bow shock establishment9
Influence of fuel inhomogeneity on detonation wave propagation in a rotating detonation combustor8
Experimental investigation of the interaction between a water droplet and a shock wave above Mach 48
Improved shock-reloading technique for dynamic yield strength measurements8
The reflection and refraction of a curved shock front sliding over an air–water interface7
An explosively driven launcher capable of $$10\,\mathrm{km\,s}^{-1}$$ projectile velocities7
Pressure gain combustion7
Bidirectional diffraction and re-initiation of irregular structure detonation7
The effect of increasing rarefaction on the formation of Edney shock interaction patterns: type-I to type-VI7
A two-scale approach to widen a predictive blast propagation model around a hemicylindrical obstacle7
Micro-shock tube flow behavior at low Mach number7
Numerical study on the shock transitions during off-design operation of a dual throat thruster7
Response of angled and tapered liquid injectors to passing detonation fronts at high operating pressures7
Reflection of a converging shock over a double curved wedge6
Experimental and numerical investigation of blast wave impact on a surrogate head model6
Effects of the dimensionless radius of an annulus on the detonation propagation characteristics in circular and non-circular rotating detonation engines6
Dual behavior of hydrogen peroxide in gaseous detonations6
Numerical study of rotating detonation onset in engines6
Effect of the reactor model on steady detonation modeling6
Dynamics of motion of a pair of particles in a supersonic flow6
Combustion properties of a simple and efficient four-step model6
Propagation of spherical weak blast waves over rough periodic surfaces5
Prediction model for the risk of auditory and vestibular disfunction caused by a blast wave5
Critical shock initiation characteristics of TNT with different charging types5
Prediction model of peak overpressure in two-dimensional field of near-earth air blast shock wave5
Mass flow rate effect on a rotating detonation combustor with an axial air injection5
Numerical simulation of shock attenuation with real gas effects and a turbulent boundary layer in the expansion tube5
In memoriam Prof. Hans Grönig (1931–2021)5
A new blast wave scaling5
Experimental and numerical investigation of shock wave-based methane pyrolysis for clean H$$_2$$ production5
Predicting terrain effects on blast waves: an artificial neural network approach5
Fully resolved coupled solid-fluid simulations of shock interaction with a layer of deformable aluminum particles5
An improvement of the AUSMDV$$^{+}$$ scheme on unstructured grids5
Topologies of flow and combustion in shock–flame interactions4
Semi-confined blast loading: experiments and simulations of internal detonations4
Selected topics from the 29th International Colloquium on the Dynamics of Explosions and Reactive Systems, Siheung, Korea, July 23–28, 20234
Flow characterization during the flame acceleration and transition-to-detonation process with solid obstacles and fluid jets4
Numerical study of direct initiation for one-dimensional Chapman–Jouguet detonations by reactive Riemann problems4
An Eulerian version of geometrical blast dynamics for 3D simulations4
Geometric stability of detonation propagation in curved channels4
Application of the TV-HLL scheme to multidimensional ideal magnetohydrodynamic flows4
Operation characteristics of a disk-type rotating detonation engine4
Two-dimensional detailed numerical simulation of ammonia/hydrogen/air detonation: hydrogen concentration effects and transverse detonation wave structure4
Investigating the blast shielding effect of the Beirut silos3
Three-dimensional full-field simulation of sonic boom emanating from complex geometries over buildings3
Towards laser-induced fluorescence of nitric oxide in detonation3
Shock interactions in inviscid air and $$\hbox {CO}_2$$–$$\hbox {N}_2$$ flows in thermochemical non-equilibrium3
Flow acceleration in an RDRE with gradual chamber constriction3
Beirut explosion: TNT equivalence from the fireball evolution in the first 170 milliseconds3
Time-resolved imaging of the cellular structure of methane and natural gas detonations3
Neuronal function spontaneously recovers in organotypic hippocampal slice cultures after repetitive exposure to occupational-level shock waves3
Development of a vapor-based method for seeding alkali metals in shock tube facilities3
Experimental study of pulse detonation engine with liquid ethanol and oxygen mixtures3
Characterization of a supersonic mixed-compression air intake at high back pressures3
Detonation and shock-induced breakup characteristics of RP-2 liquid droplets3
Comment on “A model for the trajectory of the transverse detonation resulting from re-initiation of a diffracted detonation” by Yuan et al.2
Pulsed combustion of fuel–air mixture in a cavity above water surface: modeling and experiments2
Numerical analysis of the spark channel expansion in a high-pressure hydrogen–oxygen mixture and in nitrogen2
Detecting shock arrival in expansion tubes and shock tunnels using high-frequency photodiodes2
An assessment of the OpenFOAM implementation of the KNP scheme to simulate strong explosions2
A comparison of explosively driven shock wave radius versus time scaling approaches2
Drag and rolling moment measurements using accelerometer-based force balance in a shock tunnel2
Characterization of blast waves using solid and gaseous explosives: application to dynamic buckling of cylindrical shells2
An experimental and kinetic modeling study of the autoignition of syngas mixtures behind reflected shock waves2
In memoriam Prof. David Zeitoun (1945–2021)2
Application of bandwidth-optimized WENO schemes to DNS of shock–turbulence interaction problems2
In memoriam Prof. Jiming Yang (1959–2021)2
An experimental study of shock transmission from a detonation tube2
Experimental investigation of shock–shock interactions with variable inflow Mach number2
Selected topics from the 32nd International Symposium on Shock Waves, Singapore, July 14–19, 20192
Normal shock wave coherence relative to other flow events with high and low levels of inlet Mach wave unsteadiness2
Modeling shock-wave strength near a partially opened diaphragm in a shock tube2
Real gas effect on ignition in ideal and non-ideal reactors1
Correction to: Modelling of Mach reflections in internal axisymmetric steady supersonic flow1
Effects of thermal pretreatment and equivalence ratio on DME/$${\hbox {O}}_2$$/$${\hbox {O}}_3$$ detonations1
Higher-order moments of the Mott-Smith shock approximation1
An evaluation of measured and predicted air blast parameters from partially confined blast waves1
Effects of perturbing the particle volume fraction distribution in blast-driven multiphase instability1
Mechanisms of shock-induced initiation at micro-scale defects in energetic crystal-binder systems1
Comparative study on the onset of detonation in methane–oxygen mixtures: initiation in a smooth tube and re-initiation downstreamof a single orifice plate1
An interface to provide the physical properties of the blast waves from surface-burst TNT explosions1
The effect of increased throat size on the nozzle-supply flow in reflected shock tunnels1
Shock ignition of aluminium particle clouds in the low-temperature regime1
Numerical investigation of the unsteady flow and wave dynamics in a wave rotor combustor1
Stepped aerospike for enhanced drag reduction using multiple intermediate shocks1
Predicting detonation cell size of biogas–oxygen mixtures using machine learning models1
Development of a steady detonation reactor with state-to-state thermochemical modeling1
Flame propagation and acceleration in narrow channels: sensitivity to facility specific parameters1
Spatial and spectral structure of explosively generated plasmas in tubes1
Experimental demonstration on detonation initiation by laser ignition and shock focusing in elliptical cavity1
Detonation propagation through a diffuse-interface gas layer1
Heat and momentum losses in $${\text {H}}_{2}$$–$${\text {O}}_{2}$$–$${\text {N}}_{2}/{\textrm{Ar}}$$ detonations: on the existence of set-valued solutions with detailed thermochemistry1
Study of unsteadiness due to 3-D shock–boundary layer interaction in flow over a square-faced protuberance1
Analysis of 3D interaction of a blast wave with a finite wall1
Influence of high strain rate on the transient transmission of laser shock waves1
Blast wave mitigation with galvanised polyurethane foam in a sandwich cladding1
Stress-wave balance for measuring the aerodynamic drag force in impulse hypersonic facilities1
Analysis of shock wave acceleration from normal detonation reflection1
Pulsed combustion of fuel–air mixture in a cavity under the boat bottom: modeling and experiments1
Shock wave response of porous carbon fiber–epoxy composite1
Non-dimensionalized distances and limits for the transition of deflagration to detonation1
Data-scarce surrogate modeling of shock-induced pore collapse process1
A new approach for the reconstruction of axisymmetric refractive index fields from background-oriented schlieren measurements1
Numerical and experimental study of underwash effect and its role in blast-induced traumatic brain injury1
Secondary waves dynamics and their impact on detonation structure in rotating detonation combustors1
Nitrogen driver for low-enthalpy testing in free-piston-driven shock tunnels1
Wall roughness effects on the supersonic flow over a circular cylinder1
Tall buildings damage in Beirut ammonium nitrate explosion1
Combustion models for shock-induced cloud ignition of aluminium particles using smoothed particle hydrodynamics1
Detonation inhibition using retardant weight analysis for halogenated compounds1
Detonation behaviors in a curved tube with and without an obstacle1
Numerical and experimental evaluation of shock dividers1
Selected topics from the 28th International Colloquium on the Dynamics of Explosions and Reactive Systems, Naples, Italy, June 19–24, 20221
Extension of the normal shock wave relations for calorically imperfect gases1
Parametric study of multiple shock-wave/turbulent-boundary-layer interactions with a Reynolds stress model1
Numerical optimisation of a micro-wave rotor turbine using a quasi-two-dimensional CFD model and a hybrid algorithm1
Effects of aluminum content on the energy output characteristics of CL-20-based aluminized explosives in a closed vessel1
Control of shock wave/boundary layer interactions in a supersonic air intake using a modified backward-facing step1
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