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Academic literature on the topic 'Bassins pull-Apart'
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Journal articles on the topic "Bassins pull-Apart"
Mattauer, Maurice, and Philippe Matte. "Le bassin Stéphanien de St-Etienne ne résulte pas d’une extension tardi-hercynienne généralisée: c’est un bassin pull-apart en relation avec un décrochement dextre." Geodinamica Acta 11, no. 1 (January 1998): 23–31. http://dx.doi.org/10.1080/09853111.1998.11105309.
Full textMATTAUER, M., and P. MATTE. "Le bassin Stephanien de St-Etienne ne résulte pas d'une extension tardi-hercynienne généralisée: c'est un bassin pull-apart en relation avec un décrochement dextre." Geodinamica Acta 11, no. 1 (January 1998): 23–31. http://dx.doi.org/10.1016/s0985-3111(98)80026-0.
Full textDissertations / Theses on the topic "Bassins pull-Apart"
Boussarsar, Marwa. "Modélisation physique du rôle des paramètres rhéologiques et cinématiques dans la structuration des bassins de type pull-apart : exemple du bassin d'El Hamma-Gabès, Tunisie centrale." Electronic Thesis or Diss., Université de Lille (2022-....), 2022. http://www.theses.fr/2022ULILR032.
Full textAnalogue models for the formation of pull-apart basin have involved basal discontinuities that transmit upward the movements and stresses into the overlying cover. Here we present a series of models realized according to an innovative conceptual model that allows the formation of pull-apart basins above a viscous layer, under the sole effect of lateral movement in the cover, independently of the basement.. This work is inspired by a natural example, the El Hamma-Gabes basin, , in central Tunisia.This Basin is an extensional relay zone between two main strike-slip corridors (CCP) of a N100-110 trend. These corridors are the surface expression of the crustal shear zone called "South Tunisian Accident". They are marked by right-lateral transtensional slip during the N80 extensional episode during the Upper Cretaceous, and right-lateral transpressional kinematics during the N140 compression episode during the Neogene. These movements ensured and maintained the extension of the relay zone during both extensive and compressive tectonic events. In the relay zone the sedimentary cover is directly coupled with its pre-triassic basement, in its southern part in the absence of the upper Triassic evaporites.The sub-surface structures shows a horst-and-graben system that connect to the main strike-slip corridors (CCP). Two mega-grabens are identified: the El Hamma graben to the west and (2) the Chenchou graben to the east, separated by the J. Hallouga Horst. Each one of these grabens is internally structured into a sequence of smaller-scale horsts and grabens. In vertical sections, "hourglass" structures formed by the along-strike interconnection of grabens affecting the Upper Cretaceous series develop in the northern part of the relay zone. These structures have an amount of extension greater than that in the southern part, and seem to result from greater decoupling between the cover and basement related to the presence of U Triassic evaporitic deposits in this northern part of the relay zone.Analogue models show that: 1- When a basal viscous layer (silicone) is uniformly distributed across the entire relay zone, the pull-apart basin that forms comprises two grabens, each one connected to the frontal end of one of the (CCP). The boundary faults of these structures have curved traces. Their obliquity is that of Riedel-R-type faults at the junction to the (CCP), and becomes accentuated to take the orientation of Riedel-R'-type faults, away from it. Diapirs occur locally along the graben axes. Restoration of the deformation stages allows us to evidence three successive stages of diapirism: reactive stage associated with the opening of the graben, active and then passive synkinematics. Collapse of the diapir roof occurs at an advanced stage of deformation once the salt layer is depleted but extension continues. The "hourglass" structures develop in the syntectonic layers by upward propagation of normal faults and their interference.2 - In models with lateral density change in the décollement’s density and viscosity, the amount of extension in the relay zone appears to be greater in the area having the lowest density. The graben connected to the (CCP) on the side of this zone is more structured. Also, hourglass structures appear only in this high extension zone. There, diapirism may occur at the junction between the pull-apart basin and the (CCP) on this same side.A Digital Images Correlation analysis applied to models where the density of the layer varies, allowed us to highlight, in a quantitative and illustrated way, the distribution of the displacement fields and of the deformation rate, its spatio-temporal evolution as well as the relation between this evolution and the rheology of the detachment level
Ngoss, Simon III. "Étude sédimentologique des bassins permiens de Saint-Dié et de Champenay (Vosges) : Paléogéographie et tectonique." Nancy 1, 1987. http://www.theses.fr/1987NAN10223.
Full textMICHEL-NOEL, GERARD. "Mecanismes et evolution de l'extension intracontinentale des "basin and range", et developpement tectonique des bassins sedimentaires." Paris 6, 1988. http://www.theses.fr/1988PA066419.
Full textCarton, Hélène. "Etudes tectoniques en Méditerranée orientale par analyse de données de sismique réflexion : Mer de Marmara (Bassin de ̧Cinarcik) et Marge du Liban." Paris, Institut de physique du globe, 2005. http://www.theses.fr/2005GLOB0019.
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