Consolidation / oedometer testing

S-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 work Author statem...

the lunar highland soils. The geotechnical properties such as particle size distribution, specific gravity, shear strength, compaction, and compressibility of the LSS-ISAC-1 have been determined an...

nts were tested with a powder rheometer. Dynamic flow tests primarily yielded flow resistances imparted by an impeller. Bulk tests garnered compressibility and permeability readings as functions of...

By employing moderate temperatures (80 200 C) and pressures (50 250 MPa) with minimal alkali activator (14.4 wt%), CSP achieves ultra-rapid consolidation (15 75 min) while preserving lunar regolith...

tering and melting processes was compared. The melting process was about 10 times more energy efficient than sintering in terms of material consolidation, demonstrating the promising potential of l...

ement Slip Surface Stress Method p.492 In Situ Measurement of Ground Vibration Induced by Inter-City Express Train p.502 Study on Soft Soil Consolidation by Simulate Vacuum Preloading with Computer...

ing its potential for resisting fatigue damage caused by temperature fluctuations. These findings provide technical support for the in-situ consolidation of lunar regolith and the construction of l...

t existing studies on these simulants primarily focus on geotechnical properties or utilize sintering rather than alkali activati on as the consolidation method [8,29]. Consequently, no publicly 0...