High-temperature concentric cylinder viscometry

The mechanical properties of fibre-reinforced polymers are significantly influenced by fibre length, distribution and orientation [46 ].

Reduce viscosity by 25% [168]

The Lunar Sourcebook soil model broadly agrees with the thermal inertia model and is similarly inconsistent with the boot print and track calculations.

The densification process is primarily governed by pressure-solution creep mechanisms

Density analysis indicated that the contribution of temperature (R = 0.10 g/cm3) and pressure (R = 0.11 g/cm3) to densification is almost the same.

The simulation indicates a reduction in temperature spread when the feed rate is increased from 1 to 2 mm/s.

According to the results of the HSM, the sintering of the particles begins around 1180 C. The sintering range is relatively narrow, as the sample starts to deform at approximately 1265 C.

unar regolith simulants, specifically LX-M100, LX-T100, LMS-1, LHS-1, JSC-1A, EAC-1A, OPRL2N, OPRL2NT, OPRH2N, and OPRH3N. High-temperature concentric cylinder viscometry together with differential...