Abstract
A series of triaxial compressive strength tests was conducted to investigate the effect of Na (2) SO (4) and confining pressure on the deformation and strength characteristics of frozen silty sand at 6A degrees C. The initial elastic modulus increased with increases in the salt content, whereas the confining pressure had only a slight effect. An increase in the confining pressure resulted in an increase in strength. The results illustrated that the cohesion of the frozen soil initially increased and then decreased with increase in the Na2SO4 content, whereas the internal friction angle as well as the strength exhibited a decrease followed by an increase with increase in the Na2SO4 content.
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