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Shock wave reflections in dust-gas suspensions
G. Ben-Dor
,
O. Igra
, L. Wang
Department of Mechanical Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
18
Scopus citations
Overview
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Dive into the research topics of 'Shock wave reflections in dust-gas suspensions'. Together they form a unique fingerprint.
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Keyphrases
Dust
100%
Gas Suspension
100%
Shock Reflection
100%
Dust Particles
57%
Incident Shock Wave
28%
Dust Cloud
28%
Induced Flow Field
28%
Flow Field
14%
Gas Velocity
14%
High Gas
14%
Solid Phase
14%
Gas Pressure
14%
Governing Equation
14%
Planar Shock Wave
14%
Gas Temperature
14%
Gaseous Phase
14%
Reflection Phenomena
14%
Second-order Accuracy
14%
Gas Density
14%
Pseudo-steady
14%
Spatial Density
14%
Pure Gas
14%
Shock Capturing Schemes
14%
Dust Temperature
14%
Engineering
Wave Reflection
100%
Flow Field
60%
Dust Cloud
40%
Gas Velocity
20%
Initial Condition
20%
Pseudosteady
20%
Gas Temperature
20%
Gas Pressure
20%
Gas Density
20%