During the sojourn of the second manned spacecraft on the moon in November 1969, the astronauts C. Conrad and A. Beau performed a number of tasks of interest from a soil mechanics point of view. They crossed the lunar surface, penetrating it with a variety of objects including core tube sampling devices, and visited an unmanned Surveyor spacecraft which had landed on and communicated from the moon 31 months previously. The mechanical behaviour of the lunar soil during these activities bas been analysed and is found to be consistent with the properties of a slightly cohesive medium dense granular soil (under lunar gravity) as deduced from previous Surveyor experiments. The grain size distribution and mechanical behaviour of the lunar soil s...
A lunar surface sampler essentially identical to that operated from Surveyor 3 was mounted on Survey...
The fine lunar surface material at the Surveyor 3 landing site has about 3 × 10^3-dyne/cm^2 cohesion...
The fine lunar surface material at the Surveyor 3 landing site has about 3 × 10^3-dyne/cm^2 cohesion...
During the sojourn of the second manned spacecraft on the moon in November 1969, the astronauts C. C...
The Apollo lunar landing missions provided the first opportunity for direct collection of data rela...
The soil mechanics investigation was conducted to obtain information relating to the landing interac...
The Apollo lunar landing missions provided the first opportunity for direct collection of data rela...
The Apollo 14 lunar landing provided a greater amount of information on the mechanical properties of...
The Apollo 14 lunar landing provided a greater amount of information on the mechanical properties of...
The Apollo 14 lunar landing provided a greater amount of information on the mechanical properties of...
The surface material at the Surveyor 5 site is granular and slightly cohesive. Spacecraft footpads p...
The surface material at the Surveyor 5 site is granular and slightly cohesive. Spacecraft footpads p...
Engineering telemetry data and lunar surface photographs by Surveyor 1 have been evaluated for infor...
Engineering telemetry data and lunar surface photographs by Surveyor 1 have been evaluated for infor...
Lunar soil mechanics and properties for structural engineering aspects of lunar spacecraft landings ...
A lunar surface sampler essentially identical to that operated from Surveyor 3 was mounted on Survey...
The fine lunar surface material at the Surveyor 3 landing site has about 3 × 10^3-dyne/cm^2 cohesion...
The fine lunar surface material at the Surveyor 3 landing site has about 3 × 10^3-dyne/cm^2 cohesion...
During the sojourn of the second manned spacecraft on the moon in November 1969, the astronauts C. C...
The Apollo lunar landing missions provided the first opportunity for direct collection of data rela...
The soil mechanics investigation was conducted to obtain information relating to the landing interac...
The Apollo lunar landing missions provided the first opportunity for direct collection of data rela...
The Apollo 14 lunar landing provided a greater amount of information on the mechanical properties of...
The Apollo 14 lunar landing provided a greater amount of information on the mechanical properties of...
The Apollo 14 lunar landing provided a greater amount of information on the mechanical properties of...
The surface material at the Surveyor 5 site is granular and slightly cohesive. Spacecraft footpads p...
The surface material at the Surveyor 5 site is granular and slightly cohesive. Spacecraft footpads p...
Engineering telemetry data and lunar surface photographs by Surveyor 1 have been evaluated for infor...
Engineering telemetry data and lunar surface photographs by Surveyor 1 have been evaluated for infor...
Lunar soil mechanics and properties for structural engineering aspects of lunar spacecraft landings ...
A lunar surface sampler essentially identical to that operated from Surveyor 3 was mounted on Survey...
The fine lunar surface material at the Surveyor 3 landing site has about 3 × 10^3-dyne/cm^2 cohesion...
The fine lunar surface material at the Surveyor 3 landing site has about 3 × 10^3-dyne/cm^2 cohesion...