My research interests are developing and analyzing numerical methods for coupled multiphysics processes in porous media. My research project is part of the Center for Modeling of Coupled Subsurface Dynamics.

 

Flow In Porous Media Fall 2025

Flow In Porous Media Fall 2023

Academic article

• Jakob Seierstad Stokke; Markus Bause; Nils Margenberg et al. (2024). Biot's poro-elasticity system with dynamic permeability convolution: Well-posedness for evolutionary form. (external link)
• Jakob Seierstad Stokke; Koondanibha Mitra; Erlend Storvik et al. (2023). An adaptive solution strategy for Richards' equation. (external link)

Conference lecture

• Jakob Seierstad Stokke; Koondanibha Mitra; Erlend Storvik et al. (2023). A Robust and Reliable L-Scheme/Newton Switching Algorithm for Richards’ Equation. (external link)
• Jakob Seierstad Stokke; Markus Bause; Florin Adrian Radu (2025). Space-Time Finite Element Methods for a Poromechanical Model with Memory Effects. (external link)
• Jakob Seierstad Stokke; Markus Bause; Florin Adrian Radu (2025). Higher Order Space-time Finite Element Methods for a Poromechanical Model with Memory Effects. (external link)
• Jakob Seierstad Stokke; Koondanibha Mitra; Erlend Storvik et al. (2023). An adaptive solution strategy for Richards' equation. (external link)

Academic book chapter

• Nicolae Suciu; Florin Adrian Radu; Jakob Seierstad Stokke et al. (2025). Computational Orders of Convergence of Iterative Methods for Richards’ Equation. (external link)
• Jakob Seierstad Stokke; Morten Jakobsen; Kundan Kumar et al. (2025). A History-Dependent Dynamic Biot Model. (external link)

See a complete overview of publications in Cristin.