Testingnumerical hybrid method for determining linear constitutive relationship of terrain is presented,and applied to obtain linear constitutive parameters of Takelamagan desert sand under moving vehicle.

Preliminary Studies on Establishing Agricultural Eco-system in the Hinterland of Taklimakan Desert;

Mechanical Properties of Aeolian Sandy Soil in Central Taklimakan Desert;

Adverse Engineering Geologic Phenomena of Desert Area——Take the Taklimakan Desert as an Example;

Variations of the fertile island effects beneath tamarisk in northern Taklamakan Desert,northwestern China and its implication to desertification process;

Seasonal variation of Tamarix ramosissima and Populus euphratica water potentials in southern fringe of Taklamakan Desert;

Influence of tamarisk shrub on the distribution of soil salinity and moisture on the edge of Taklamakan desert;

Preliminary Studies on Irrigation System for Sand-Fixing Plants in Takelamagan Desert;

The shear characteristics models for describing the Takelamagan desert sand in Xinjiang under a moving vehicle and methods for determining their parameters are studied.

Tests have been conducted in a soil bin to study the interaction between vehicle and terrain so as to investigate the relationship of pressure sinkage of Takelamagan desert sand in Xinjiang.