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1, The acoustic inverse problem on a stratified half-space is considered in the time domain.

2, This method simulates the boundary in half-space into a large crack containing in an infinitely great elastic medium, by which the surface crack in arbitrary shape can be well-treated.

3, This paper derives the basic solution of elastic half-space foundation plate by Hankel transform.

4, Three soil models, winkler model, elastic half-space model and multilayer model, have been used in the analysis.

5, Amplification of P waves a layered half-space was analyzed by direct stiffness method in frequency domain.

6, The propagation of guided waves in stratified half-space media is studied in this paper.

7, The radiation emitted by a time-harmonic elementary current in the magnetized electron plasma half-space, bounded by an ideal electric plane, is investigated using an exact formulation.

8, A 1D finite element method in time domain is developed, where the wave motion of free field in elastic half-space by SH wave oblique incidence is simulated.

9, All the possible guided waves to propagate in stratified half-space media are investigated using a bisection method.

10, A method for computing first vertical derivatives in the upper half-space from observed gravity and magnetic anomaly data is given in this paper.

11, The negative moment of the beam can not be concluded by the method based on the half-space elastic foundation theory, but the negative moment is proved by the numerical analysis.

12, The equivalence principle and moment method are used to derive the expression of equivalent magnetic current in the main cavity excited by the plane wave in the half-space.

13, Volume integral equation method has been used to calculate forward and inverse problems of 3D electromagnetic fields in homogeneous half-space.

14, A new vertical composite lumped parameter model(CLPM) is established based on the theory of surface foundation oscillation on a elastic half-space.

15, Relationships to determine swelling potential of soil element in half-space under self weight are presented.

16, The scattering of cylindrical waves by a cavity in half-space is investigated by using an indirect boundary integral equation method(IBIEM).

17, A new sliding composite lumped parameter model (CLPM) is established based on the theory of surface foundation oscillation on an elastic half-space.

18, The dynamic responses of a foundation-soil system using the proposed model are well consistent with those obtained by the half-space theory.

19, By means of Fourier integral transform, the steady-state response in integral form of an elastic half-space subjected to a moving point load was obta ined.

20, Amplification of incident SV waves in a layered elastic half-space is analyzed by using direct stiffness method in frequency domain.

21, This project revised the formula of the ground pressure resistance by applying the reciprocity law equation to simplify the theory of elastic half-space.

22, The results obtained are compared with theoretical calculations based on measured sediment parameters and the homogeneous half-space bottom model.

23, We derive an accurate and analytical expression for electromagnetic fields of a vertical magnetic dipole over an anisotropic uniaxial medium half-space.

24, In this paper we discuss a class of control-critical eigen-equations with half-space madia.

25, Forward electromagnetic scattering by buried objects is computed with the integral equation method and efficient algorithm for half-space dyadic Green's functions.