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Wedge Modeling and Tuning Analysis Kevin Gerlitz VHR Jakarta CE7R4.1
Wedge Modeling And Tuning Analysis This document describes the process of creating a wedge model and viewing the tuning analysis chart.
This process requires a well, a wavelet and a zone for creating the wedge. Select Synthetic > Zoeppritz
Wedge Modeling And Tuning Analysis Provide a name for the synthetic and select the correct wavelet.
In this case, a single trace per offset is being computed but the data is being stacked from 0 to 1000 m offset.
Select the Wedge Model option.
Wedge Modeling And Tuning Analysis On the next menu page, select the wedge parameters: 1)
the zone for adding and removing material
2)
the thickness range of the wedge
3)
and how to make the wedge (from the top or the base), what to do with material outside the zone (shift or remove) and how to handle the depth-time curves.
You can also select to create the well log models to verify the process. Select Output Wells to run this option.
(1)
(2) (3)
Wedge Modeling And Tuning Analysis If you select to Output Wells, the following menu page will appear. The new wells will be given a new name with the specified prefix.
The software will automatically create the P-, S-wave and density logs.
Wedge Modeling And Tuning Analysis When the software finished processing, two windows will appear: the seismic window with the synthetic wedge model and the Well to Seismic map Menu. If you selected to Output Wells, all the new synthetic wells will be displayed and plotted at the correct position. Click Ok on this menu.
Wedge Modeling And Tuning Analysis If you selected to Output Wells and if you mapped the wells, the following type of display will be shown with the wells overlaid on the seismic.
You can select to display the tops of the top and base of the zone.
Click Horizon > Pick Horizons to create the tuning analysis chart.
Wedge Modeling And Tuning Analysis Pick the reflection event at the base of the wedge model.
Select to view the pick amplitudes of the new horizon that was just picked.
Wedge Modeling And Tuning Analysis The pick analysis chart is shown at the bottom of the seismic window. The traces correspond to the thickness of the layer. In this example, the maximum amplitude occurs at a 39 m which defines the tuning thickness (maximum constructive interference). This thickness corresponds to a quarter of the wavelength ( λ /4). In this case, the dominant wavelength is 156 m.
