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Near-field plume-surface interaction and regolith erosion and dispersal during the lunar landing
A rocket plume im**ing on the lunar surface when a lunar lander approaches a landing
site can cause significant dust dispersal. This study investigated the near-field rocket plume …
site can cause significant dust dispersal. This study investigated the near-field rocket plume …
Plume-surface interaction during lunar landing using a two-way coupled DSMC-DEM approach
In the present work, a numerical framework is developed for simulating gas-solid flows
associated with interaction of a rocket plume on a planetary surface. For this investigation, a …
associated with interaction of a rocket plume on a planetary surface. For this investigation, a …
Full continuum approach for simulating plume-surface interaction in planetary landings
A high-fidelity computational framework for predicting the interaction of a rocket plume with a
dust blanket in an almost vacuum ambient that represents the descent/ascend phase of …
dust blanket in an almost vacuum ambient that represents the descent/ascend phase of …
[HTML][HTML] A survey of research on lunar dust dispersal due to rocket plume im**ement
In recent years, prominent spacefaring nations have redirected their attention towards the
Moon as a potential avenue for economic prospects and as a pivotal waypoint for extended …
Moon as a potential avenue for economic prospects and as a pivotal waypoint for extended …
Lunar plume-surface interactions using rarefiedMultiphaseFoam
Understanding plume-surface interactions is essential to the design of lander modules and
potential bases on bodies such as the Moon, as it is important to predict erosion patterns on …
potential bases on bodies such as the Moon, as it is important to predict erosion patterns on …
Approach for modeling rocket plume im**ement and dust dispersal on the moon
When a lander approaches the lunar surface, the plume from the descent engine im**es
on the ground and entrains loose regolith into a high-velocity spray. This problem is …
on the ground and entrains loose regolith into a high-velocity spray. This problem is …
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During a lunar module landing, the gas extended from the engine nozzle im**es on the
lunar surface. A recirculation bubble could form beneath the surface shock wave, which …
lunar surface. A recirculation bubble could form beneath the surface shock wave, which …
Gas-particle two-way coupled method for simulating the interaction between a rocket plume and lunar dust
Y Li, D Ren, Z Bo, W Huang, Q Ye, Y Cui - Acta Astronautica, 2019 - Elsevier
During the landing process of lunar landers, the lunar surface is eroded by the exhaust
plume and a large amount of lunar dust entrained into a high-velocity spray. This high-speed …
plume and a large amount of lunar dust entrained into a high-velocity spray. This high-speed …
Simulation of rocket plume and lunar dust using DSMC method
X He, B He, G Cai - Acta Astronautica, 2012 - Elsevier
When lunar modules land on the Moon, dust im**ement on the lunar module components
and deposition on the thermal and optical surfaces would cause many serious problems …
and deposition on the thermal and optical surfaces would cause many serious problems …
The particle erosion and diffusion behaviours due to an air-jet im**ement on a granular bed covering a simplified terrain model
R Hata, T Ukai, R Takioka - Acta Astronautica, 2023 - Elsevier
A perpendicular jet im**ement on a granular bed covering uneven terrain causes complex
particle erosion and diffusion behaviours. Such a situation is most likely to occur at a plume …
particle erosion and diffusion behaviours. Such a situation is most likely to occur at a plume …