Explanipedia

Coupling 3D geomechanics to classical sedimentary basin modeling: From gravitational compaction to tectonics Open

A. Brüch, D. Colombo, J. Frey, J. Berthelon, Marie-Christine Cacas-Stentz , et al. · 2021

Impact of tectonic shortening on fluid overpressure in petroleum system modelling: Insights from the Neuquén basin, Argentina Open

J. Berthelon, A. Brüch, D. Colombo, J. Frey, Renaud Traby , et al. · 2021

Coupling 3D Geomechanics to Classical Petroleum System Simulation Open

A. Brüch, D. Colombo, J. Frey, J. Berthelon, Marie-Christine Cacas-Stentz , et al. · 2021

Geomechanical models of classical petroleum system simulators are limited to 1D phenomenological laws relating porosity to vertical effective stress. In order to overcome this limitation, a 3D poromechanical model is integrated in the sedi…

Mechanical restoration of gravity instabilities in the Brunei margin, N.W. Borneo Open

J. Berthelon, Xiaoping Yuan, A. Bouziat, Pauline Souloumiac, Manu Pubellier , et al. · 2018

Etude mécanique des déformations des chaînes plissées d'avant-pays et rôle des argiles roches-mères durant leur maturation Open

J. Berthelon · 2015

In this thesis, changes in the mechanical properties of organic-rich shales, when they mature, are studied in order to deduce if burial may mechanically activate tectonic imbrication and control the folding style. This multidisciplinary wo…

Mechanical study of the fold-and-thrust belts deformation and role of the source-rock during their maturation Open

J. Berthelon · 2015

Dans cette thèse, les changements de propriétés mécaniques des argiles riches en matière organique sont étudiés afin d'en déduire si leur enfouissement peut déclencher l'écaillage tectonique. Ce travail multidisciplinaire s'organise selon …

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