Based on the linear elastodynamics theory, an analytical model is established for the propagation of generalized Rayleigh waves in a coated structure.

Using velocity inversion of seismic Rayleigh wave to compute S-wave statics of P-SV wave;

Dispersion of Rayleigh wave in a saturated soil ground;

Detecting water-bearing fault belt during highway tunnel construction by Rayleigh wave technique;

Dynamic response of single pile embedded in half-space saturated soil subjected to Rayleigh waves;

Research on vertical dynamic response of single-pile in radially inhomogeneous soil during the passage of Rayleigh waves;

Joint inversion of fundamental and higher mode Rayleigh waves;

Discussion on feasibility of using Rayleigh wave to investigate near-surface structure.;

Application of Rayleigh wave in the quality detection of anti-seepage walls;

Application of Rayleigh wave in geological exploration;

Group velocity of pseudo Rayleigh wave in the borehole penetrating elastic formations;

A laser holographic method of measuring the surface Rayleigh-wave rate of the core taken from the oil-drill of Daqing is given.