Different plays and situations will require modifications to this workflow and additional RokDoc tools. It is designed to highlight some of RokDoc’s extensive functionality, rather than an exhaustive list. RokDoc OverviewThe below shows a snapshot of RokDoc’s capabilities in a generic workflow. Para isso foram gerados atributos de AVO dos horizontes conhecidos como BSR’s (bottom simulating reflectors) e modelados pelo mtodo de fsica de rochas os possveis. Define polygons to identify different AVO classes and facies in seismic data, or utilise the weighted stack cross-plotter to rotate and manipulate pairs of inversion volumes to reveal hidden lithology and fluid information. O presente trabalho de pesquisa consiste em utilizar a metodologia da anlise AVO em dados ssmicos de reflexo 2D pr-empilhamento para interpretar qualitativamente a presena de Hidratos de Gs na Bacia de Pelotas.
The RokDoc 3D cross-plot allow users to integrate well, seismic and rock physics data and establish whether inversion results are consistent with forward models from well data. RokDoc makes it simple to perform all the usual fluid substitutions, variable contacts and pressure perturbations, etc.The addition of the RokDoc Reservoir Characterisation modules to your tool kit, brings a range of sophisticated tools convert existing inversion volumes into meaningful and accurate geological rock properties for prospect evaluation. Using the Rock Physics modules a 'basic' RokDoc user will easily make geological ‘sketches’ of a seismic interpretation and then determine if the synthetic matches the seismic. The tools can be used to identify porosity and many other types of geological variations, based on seismic and well data. RokDoc has unparalleled rock physics modelling capabilities and Rock Physics Model Templates.
This Was Done On Rokdoc Using A De-Spiking Script W ith A Filtering Frequency. Use it to analyse well and seismic data, determine value and apply quantitative methods to predict rock, fluid and pressure properties.With RokDoc seismic data can be integrated with log data and pressure data. Crossplot of V p /V s ratio versus Acoustic impedance for Reservoir 1, 2 & 3 for Agbada 1.
Learn through a series of workflows that illustrate the power of 3D rock physics. This new course takes RokDoc users through the workflow and tools for 1D geomechanical modeling in RokDoc and show how to Build and calibrate a model in 1D, constrain in the Stress Polygon, cross-check predicted results with image logs, and build an offset well plan using RokDoc 2D.Rokdoc 6.4.2RokDocRokDoc has been developed in collaboration with major oil companies and academic experts since 2001. Perfect for intermediate RokDoc users as an introduction to RokDoc 3D. This course provides an introduction to RokDoc GeoMechanics and Image Logs functionality, as well as a brief introduction to PressureView. RokDocTM is a powerful tool for performing rock physics modelling on wells, displaying the results and integration of different wells in one project.
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