Ice Strength as a Function of Hydrostatic Pressure and Temperature
Figure 1. Strength envelopes of ice at various temperatures
STRAIN RATE EFFECT
EFFECT OF HYDROSTATIC PRESSURE
TEMPERATURE EFFECT
TEMPERATURE CRITERIA OF ICE STRENGTH
TEST DATA
PARAMETER EVALUATION
ICE COHESION
ANGLE OF INTERNAL FRICTION
STRENGTH PREDICTIONS
Figure 10. Strength of ice in the range of high hydrostatic pressures at ε ≈ 5 10-3 s-1
SUMMARY AND CONCLUSIONS - CR97_060019
LITERATURE CITED-continue - CR97_060020
Report Documentation Page - CR97_060021
CR97_06
Figure 1. Strength envelopes of ice at various temperatures
STRAIN RATE EFFECT
EFFECT OF HYDROSTATIC PRESSURE
TEMPERATURE EFFECT
TEMPERATURE CRITERIA OF ICE STRENGTH
TEST DATA
PARAMETER EVALUATION
ICE COHESION
ANGLE OF INTERNAL FRICTION
STRENGTH PREDICTIONS
Figure 10. Strength of ice in the range of high hydrostatic pressures at ε ≈ 5 10-3 s-1
SUMMARY AND CONCLUSIONS - CR97_060019
LITERATURE CITED-continue - CR97_060020
Report Documentation Page - CR97_060021
CR97_06
