Short course: Accretionary prisms in subduction earthquake cycles: Application of the dynamic Coulomb wedge theory (Armin Dielforder, GFZ Potsdam)
Date: Saturday, 21.09.2019
Place: CIP-Pool, IGP, Corrensstraße 24, 48149 Münster
Duration: 3 x 2 hours + 1 hour breaks in total (for example 10:00 am to 5:00 pm)
Target group: MSc, PhD, Postdocs
Participants: 10 maximum
Tools: Computer, Matlab (will be provided)
This short course will provide an introduction into the dynamic Coulomb wedge theory and its application to accretionary prisms in subduction earthquake cycles. We will address the mechanics of megathrusts at different stages of the subduction earthquake cycle and explore its impact on the stress state and deformation in accretionary prisms. We will examine hands-on examples from the recent literature using Matlab. The ready-to-use Matlab script will be provided and can be taken along. Knowledge of Matlab is useful but no requirement.
Please note the following additional information concerning data protection: At our events you will be asked to wear a name badge. Furthermore, at events organised by us photos might be taken or films shot, members of the press might attend, lectures might be transferred via Skype, there might also be video conferences or live streamings with or without recording. Upon request we will gladly provide you with more details, or ask us on-site during the event.