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The direct simulation of acoustics on Earth, Mars, and Titan
Amanda D. Hanford
, Lyle N. Long
Applied Research Laboratory (ARL)
Aerospace Engineering
Institute for Computational and Data Sciences (ICDS)
Huck Institutes of the Life Sciences
Materials Research Institute (MRI)
Center for Computational Mathematics and Applications (CCMA)
Research output
:
Contribution to journal
›
Article
›
peer-review
10
Scopus citations
Overview
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Dive into the research topics of 'The direct simulation of acoustics on Earth, Mars, and Titan'. Together they form a unique fingerprint.
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Keyphrases
Acoustics
100%
Direct Simulation Monte Carlo
100%
Knudsen number
100%
Direct Simulation
100%
Earth Mars
100%
Continuum Theory
60%
Sound Propagation
40%
Saturn
20%
Nonlinearity
20%
Monte Carlo Results
20%
Computation Time
20%
High Altitude
20%
Particle Collision
20%
Physical Modeling
20%
Memory Requirements
20%
Gas Mixture
20%
Solar System
20%
Particle Motion
20%
Gas Dynamics
20%
Huygens
20%
Time Requirement
20%
Acoustic Environment
20%
Planetary Environments
20%
Mean Free Path
20%
Lander
20%
Particle Method
20%
Molecular Relaxation
20%
High Knudsen number
20%
Physics
Knudsen Flow
100%
Sound Propagation
33%
Particle Collision
16%
Gas Mixture
16%
Planetary Environment
16%
Mean Free Path
16%
Particle Motion
16%
Molecular Relaxation
16%
Landers
16%
Gas Dynamics
16%