Summary Real and synthetic data verifies the wavefield transformation method described here converts surface waves on a shot gather directly into images of multi-mode dispersion curves. Pre-existing multi-channel processing methods require preparation of a shot gather with exceptionally large number of traces that cover wide range of source-to-receiver offsets for a reliable separation of different modes. This method constructs high-resolution images of dispersion curves with relatively small number of traces. The method is best suited for near-surface engineering project where surface coverage of a shot gather is often limited to near-source locations and higher-mode surface waves can be often generated with significant amount of energy
The complexity involved with the phase unwrapping procedure, while performing the existing spectral ...
Surface-wave analysis is based on the estimation of surface-wave dispersion curves, which are then i...
In order to maintain lateral resolution while maximizing investigation depth in a multichannel surfa...
Real and synthetic data verifies the wavefield transformation method described here converts surface...
The accuracy and resolution of surface wave dispersion results depend on the parameters used for acq...
Influence of offset-related parameters on the resolution of dispersion curve in multichannel analysi...
Accurate estimation of the fundamental-mode dispersion curve is the most critical processing step of...
With a surface wave method to estimate shear-wave velocity (Vs) from dispersion curve(s) of known mo...
On uncorrelated Vibroseis shot gathers, each frequency component of ground roll is represented with ...
When a set of simulated multichannel seismic records acquired over pavement is pro-cessed by a 2-D w...
The wide diffusion of 3D seismic surveying introduces the need of processing techniques able to extr...
With the increasing amount of innovative geophysical sensors and sensor networks there is a need for...
Three-dimensional (3D) seismic surveys are always more often used both in oil prospection and in nea...
In recent years, advancement in technology has promoted the use of geophysics for site investigation...
Standard procedures for dispersion analysis of surface waves use multichannel wavefield transforms. ...
The complexity involved with the phase unwrapping procedure, while performing the existing spectral ...
Surface-wave analysis is based on the estimation of surface-wave dispersion curves, which are then i...
In order to maintain lateral resolution while maximizing investigation depth in a multichannel surfa...
Real and synthetic data verifies the wavefield transformation method described here converts surface...
The accuracy and resolution of surface wave dispersion results depend on the parameters used for acq...
Influence of offset-related parameters on the resolution of dispersion curve in multichannel analysi...
Accurate estimation of the fundamental-mode dispersion curve is the most critical processing step of...
With a surface wave method to estimate shear-wave velocity (Vs) from dispersion curve(s) of known mo...
On uncorrelated Vibroseis shot gathers, each frequency component of ground roll is represented with ...
When a set of simulated multichannel seismic records acquired over pavement is pro-cessed by a 2-D w...
The wide diffusion of 3D seismic surveying introduces the need of processing techniques able to extr...
With the increasing amount of innovative geophysical sensors and sensor networks there is a need for...
Three-dimensional (3D) seismic surveys are always more often used both in oil prospection and in nea...
In recent years, advancement in technology has promoted the use of geophysics for site investigation...
Standard procedures for dispersion analysis of surface waves use multichannel wavefield transforms. ...
The complexity involved with the phase unwrapping procedure, while performing the existing spectral ...
Surface-wave analysis is based on the estimation of surface-wave dispersion curves, which are then i...
In order to maintain lateral resolution while maximizing investigation depth in a multichannel surfa...