The strength and mechanical parameters of large-volume jointed rockmass can be estimated by using Hoek-Brown criterion.

Application of E.Hoek method to evaluating mechanical parameters of closely jointed rock mass——A case study of Baiyian Landslide in Three Gorges area;

The determination of strength and mechanical parameters of massive jointed rock mass is a difficult problem.

Based on analyzing challenging problems in the jointed rock mass confronting the smooth blasting technology, a new blasting technology, a two-direction energy-gathering blasting technology, is introduced for the jointed rock mass.

Stability analysis of huge underground cavern group in jointed rockmass;

Equivalent model and numerical analysis and laboratory test for jointed rockmasses;

Study on Hydro-mechanical Behaviour of Rock Joints and Computation Method of Bolted Jointed Rockmass;

Scale effect on deformation characteristics of jointed rock mass based on numerical test;

Dynamic cluster analysis of discontinuity orientations of jointed rock mass;

Study on orthotropic equivalent strength parameters of jointed rock mass;

3-D network simulation and probability damage tensor analysis of joint rock mass in open iron mines;

Numerical simulating test on joint rock mass properties in Three Gorges Project;