Geotechnical characterization linked to Mobility and excavation, with source literature and related extracted records kept visible.
100%
Confidence
19
Literature sources
35
Linked simulants
234
Linked properties
Measurement type
Geotechnical characterization
Application
Mobility and excavation
Primary source
FEM and Experimental Analysis of Lunar Soil Excavation Test
Review state
needs review
he Earth (terrestrial excavator). Terrestrial excavator relies on its high body force to break up and excavate soil. When soils with higher shear strength are encountered, a simple and consistent s...
roperties of the LSS-ISAC-1 4.1 Particle size analysis 4.2 Particle morphology 4.3 Specific gravity (Gs) 4.4 Bulk and relative density 4.5 Shear strength 4.6 Compressibility 5 Conclusions 6 Future...
ulant (LSS-ISAC-1) representing the lunar highland soils. The geotechnical properties such as particle size distribution, specific gravity, shear strength, compaction, and compressibility of the LS...
cription of the samples 2.1 Sample pulverization of rock fragments 3 Experimental study 3.1 Particle size distribution 3.2 Bulk density 3.3 Shear strength parameters 3.4 Direct shear test 3.5 Large...
rth forced the SROs and the researchers to study the geotechnical properties such as specific gravity, particle size distribution, density, shear strength, and bearing capacity of the lunar soils....
s 3 Calibration of characteristic parameters for lunar highland soil simulant 3.1 Moisture conten t P w 3.2 Bulk density and porosity n 3.3 Shear strength G and Poisson's ratio 4 Analysis of horizo...
as chemical composition, particle morphology, particle size distribution, specific gravity, bulk density, maximum and minimum density, and shear strength, were determined through a series of indoor...
Fig. 3 Direct shear hardware including the direct shear box, normal force box, and aluminum plates to prescribe the normal load throughout the simulant during testing.
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19 sources