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Shock Waves

IF1.8
Papers22
Citations
Journal Papers 22
Publication Date
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An improved monotonicity-preserving WENO scheme for the Euler equations
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IF1.8
delete2026-04-04
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PREAI
deleteTang, Y.; Li, M.; Tang, S.
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The feasibility of high-resolution distributed acoustic sensing (HR-DAS) for measuring blast waves
deleteShock Waves
IF1.8
delete2026-04-01
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PREAI
deleteDenny, J. W.; Critchley, R.; Lee, T.; Beresna, M.; Brambilla, G.; Masoudi, A.
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High-fidelity simulations of shock initiation of an energetic crystal-binder system due to flyer impact
deleteShock Waves
IF1.8
delete2026-04-01
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PREAI
deleteRoy, S.; Seshadri, P. K.; Okafor, C.; Johnson, B. P.; Udaykumar, H. S.
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Shock tube ignition studies of a mixed powder of DAP-4 and nanometric boron
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IF1.8
delete2026-04-01
delete2
PREAI
deleteZhang, L.; Zhao, C.; Xu, Z.; Shi, Y.; An, E.; Liang, J.; Cao, X.
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Predictive model for rotating detonation engine wave structure
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IF1.8
delete2026-03-29
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PREAI
deleteBurke, R. F.; Rezzag, T.
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Experimental investigation of the effect of unit Reynolds number on unsteady pressure growth behind the reflected shock wave in a shock tube
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IF1.8
delete2026-03-29
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PREAI
deleteYoshikawa, K.; Bicak, A. T.; Ozawa, H.
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Design and testing of a novel low-cost C2H2-O2 combustion driver for shock tubes
deleteShock Waves
IF1.8
delete2026-03-23
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PREAI
deleteNoe, M. R.; Gil, J. Albert; Heufer, K. A.
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Numerical investigation of exterior blast attenuation using louver systems
deleteShock Waves
IF1.8
delete2026-03-19
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PREAI
deleteEdri, I. E.
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Two-dimensional numerical simulation of imploding detonations
deleteShock Waves
IF1.8
delete2026-03-02
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PREAI
deleteShi, L.; Fan, E.; Wen, C. -Y
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A novel method for rock blasting using biomass waste
deleteShock Waves
IF1.8
delete2026-02-12
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PREAI
deleteHe, Z.; Ma, H. -H; Wang, L. -Q
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Influence of blast waves on the characteristics of injuries at different altitudes
deleteShock Waves
IF1.8
delete2025-12-01
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PREAI
deleteDuan, Z.; Li, G.; Deng, M.; Chen, K.; Cheng, X.; Weng, C.; Zhang, D.; Guo, L.; Yang, G.; Zhang, J.; Wang, J.
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Exposure of a spherical human skull substitute to free-field blast conditions
deleteShock Waves
IF1.8
delete2025-10-01
delete0
deleteOAAI
deleteElster, N.; Boutillier, J.; Magnan, P.; De Mezzo, S.; Naz, P.; Willinger, R.; Deck, C.
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Shock reflection from an axial cylinder in axisymmetric supersonic steady flow
deleteShock Waves
IF1.8
delete2025-10-01
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PREAI
deleteShoesmith, B.; Timofeev, E.
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Modeling and simulation of thermophysical properties using a combined mixture model
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IF1.8
delete2025-10-01
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PREAI
deleteThacker, R. P.; Harris, Z.; Gatza, B.; Miki, K.; Perkins, H. D.; Maxwell, B.
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Markers of nonlinearity in the interaction of an acoustical shock with a ramp
deleteShock Waves
IF1.8
delete2025-10-01
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deleteOAAI
deleteDeleu, S.; Gojon, R.; Gressier, J.
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Blast loading of cylindrical columns using a small-scale explosive-driven shock tube
deleteShock Waves
IF1.8
delete2025-10-01
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PREAI
deleteMohamed, B. R.; Azer, M.; Aldjabar, A.; Bachir, B.; Tine, T.; David, L.
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The effect of temperature on the geometry of driver inserts for better performance of a shock tube
deleteShock Waves
IF1.8
delete2025-10-01
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PREAI
deleteDhoke, K. V.; Singh, T.; Reddy, K. P. J.; Jagadeesh, G.; Arunan, E.
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Experimental investigation of the Chester problem with weak shock waves propagating in converging ducts with quasi-steady flow
deleteShock Waves
IF1.8
delete2025-10-01
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deleteOAAI
deleteShigeta, N.; Hagiwara, J.; Custodio, D.; Kimura, N.; Asahi, T.; Ozawa, K.; Yamaguchi, T.; Fukushima, G.; Nakamura, Y.; Sasoh, A.
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Dynamics simulations of RDX-based explosive materials during impact: role of the microstructure
deleteShock Waves
IF1.8
delete2025-10-01
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deleteOAAI
deleteKaeshammer, E.; Belon, S.; Borne, L.; Willot, F.; Dokladal, P.
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Effects of the channel cross-section shape on detonation re-initiation downstream of a single-hole obstacle
deleteSHOCK WAVES
IF0
delete2025-09-01
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deleteOAAI
deleteMonnier, V.; Vilasi, L.; Rodriguez, V.; Vidal, P.; Zitoun, R.
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