Four different platen configurations were used to determine the influence of some end conditions on the laboratory- determined uniaxial compressive strength of frozen sand. Cylindrical specimens of fine Ottawa sand (ASTM designation C-109), compacted at the optimum moisture content and saturated before unidirectional freezing, were tested at temperatures varying between -5 and -6 degrees C. Each specimen was subjected to a constant strain rate of 0.7 x 10[-3] min[-1] using an Instron, universal testing machine ( model 1127). A compliant platen designed to reduce friction between platen and specimen, to distribute the load uniformly, and to minimize stress gradients produced by eccentric loading, was found to be most desirable in determining...
To investigate the uniaxial compressive strength and deformation properties of frozen silty soil wit...
The adfreeze strength developed during freezing of cylindrical piles to fine Ottawa sand mixed with ...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering,...
Cylindrical specimens of fine Ottawa sand (A.S.T.M. designation C-109), compacted at the optimum moi...
Uniaxial unconfined compression tests were carried out on frozen saturated Ottawa sand containing ab...
Wet rodding and multiple-sieve pluviation methods of controlling sand density in the preparation of ...
The design of foundations in permafrost, excavation of frozen ground, and artificial freezing of gro...
Constant strain rate uniaxial compressive strength tests were conducted on saturated samples of six ...
In order to reveal the influence law of freezing pressure and confining pressure on the strength cha...
Frozen saturated quartz sand containing 20% moisture by weight, when deformed at -30 degrees C at va...
Cylindrical samples of sand consolidated with tetrahydrofuran hydrate were tested for their compress...
The development of physically-based constitutive relationships for modeling the time and temperature...
Results from the questionaire about the foundry shops in Hokkaido confirmed that great interest was ...
The authors of this paper have investigated the effect of total moisture content on the uniaxial com...
This study investigates the shearing strength of two types of soil as determined by the unconfined c...
To investigate the uniaxial compressive strength and deformation properties of frozen silty soil wit...
The adfreeze strength developed during freezing of cylindrical piles to fine Ottawa sand mixed with ...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering,...
Cylindrical specimens of fine Ottawa sand (A.S.T.M. designation C-109), compacted at the optimum moi...
Uniaxial unconfined compression tests were carried out on frozen saturated Ottawa sand containing ab...
Wet rodding and multiple-sieve pluviation methods of controlling sand density in the preparation of ...
The design of foundations in permafrost, excavation of frozen ground, and artificial freezing of gro...
Constant strain rate uniaxial compressive strength tests were conducted on saturated samples of six ...
In order to reveal the influence law of freezing pressure and confining pressure on the strength cha...
Frozen saturated quartz sand containing 20% moisture by weight, when deformed at -30 degrees C at va...
Cylindrical samples of sand consolidated with tetrahydrofuran hydrate were tested for their compress...
The development of physically-based constitutive relationships for modeling the time and temperature...
Results from the questionaire about the foundry shops in Hokkaido confirmed that great interest was ...
The authors of this paper have investigated the effect of total moisture content on the uniaxial com...
This study investigates the shearing strength of two types of soil as determined by the unconfined c...
To investigate the uniaxial compressive strength and deformation properties of frozen silty soil wit...
The adfreeze strength developed during freezing of cylindrical piles to fine Ottawa sand mixed with ...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering,...