Geodynamic Adjoint Optimization Platform

  • Davies, Rhodri (PI)
  • Bunge, Hans-Peter (CoI)
  • Czarnota, Karol (CoI)
  • Czarnota, Karol (CoI)
  • Farrell, Patrick (CoI)
  • Funke, Simon (CoI)
  • Ghelichkhan, Sia (CoI)
  • Goes, Saskia (CoI)
  • Ham, David (CoI)
  • Hoggard, Mark (CoI)
  • Kramer, Stephan C (CoI)
  • Muller, Dietmar (CoI)
  • Muller, Dietmar (CoI)
  • Rawling, Timothy (CoI)
  • Sambridge, Malcolm (CoI)
  • Seton, Maria (CoI)
  • Seton, Maria (CoI)

Project: Research

Project Details

Description

This project is focused around the adoption, development and support of a computational modelling infrastructure for inverse geodynamics. Based upon a formal adjoint approach, G-ADOPT will provide access to state-of-the-art finite element software libraries that rigorously integrate geoscientific data (and uncertainties) with multi-resolution, time-dependent, geodynamical models, through high-performance computing.
StatusFinished
Effective start/end date16/02/2131/12/23

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