This text get the compression strength variety regulation of artificial frozen silty clay along with frozen temperature and moisture content by the compression strength experiment in different temperature and moisture content,and the result has some certain reference value to the design and construction of frozen engineering.

Experiment and analysis on drillability of artificially frozen clay;

Uni-axial compressive strength tests were conducted on four frozen clay at various loading rate and at the temperatures of 0℃、-15℃、-25℃、-45℃.

Triaxial strength and deformation properties of frozen silty clay under low confining pressure;

Comparison of dynamic and static triaxial test on frozen silty clay of Qinghai-Tibet Railway;

Using SYC-2 type supersonic wave test instrument and 20 kHz energy transducer,the authors are able to measure the longitudinal wave velocity of frozen silty clay under different temperature and moisture conditions.

Experimental investigations on correlativity between liquidity index and other parameters of silty clay in Su-Tong Bridge subgrade;

Dynamic damage model of silty clay after freeze-thaw cycles;

Study of silty clay dynamic characteristics in Chongqing downtown area

The compressive strength tests were performed on frozen silt with layered structure under loading vertical and parallel to ice layer with various temperatures and strain rates.

To explore specimen shape effects on the compressive strength of frozen silt,a series of uniaxial compressive strength tests was respectively performed on frozen silt in cylindrical and cubic shapes at the same experimental conditions.

Creep tests were conducted on frozen silt (loess) under dynamic loading with the frequency of 5Hz at -5℃.