... ratio due to its organic richness and high content of clay minerals. This brittleness index involves the following properties: elastic and resistance parameters, pore pressure, total organic matter content and porosity, which show changes according to the different compaction trends that the rock has...

... around the wellbore, the vertical stress might change (Ikogoll et al., 1989). reservoir geomechanics steam-assisted gravity drainage utxc test failure envelope reservoir characterization sagd pore pressure porosity enhanced recovery upstream oil & gas porous space mpa thermal...

... artificial intelligence pore pressure information wellbore integrity collapse pressure probabilistic model upstream oil & gas piedemonte field ppg drilling event requirement trip out depth plot hole collapse mud weight geologically complex area mud loss wellbore design...

..., and then, well control operations. A 3D pore pressure model was developed in Loro-Acaé Block in order to stablish lateral and depth variations in Rumiyaco and Villeta formations. This model is currently being used during well planning to determine risks associated with gas influx, and therefore, establish better...

... wellbore instability window limit morphology society of petroleum engineers real time system Wellbore Design pore pressure mud weight stability sample picture geomechanics wellbore stability improvement borehole collapse Eighth International Symposium Geomechanics, 06th -10th May 2019...

... of new technologies to minimize operational risk and make a proper hazard assessment is mandatory. To build geomechanical models is a useful quantitative approach to understand the behavior of the rocks given a state of stresses. Furthermore, an accurate pore pressure and fracture gradient estimation...