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Fracture flow

The Porous Media Group educates students and researchers in the fundamental challenges associated with solving the equations that describe flow and transport in and deformation of porous media. These include the development of rigorous mathematical foundations for the empirical physical laws of fluid motion in porous media, numerical methods for solving the partial differential equations that arise, and characterisation of reservoir properties via inverse modelling based on the observed production history of a reservoir. Associated applications include e.g. geothermal energy, subsurface energy and CO2 storage, flow in biological tissues, and hydrocarbon production.

News
Inga Berre

Inga Berre elected to the SIAM Council for 2025-2027

The Society of Industrial and Applied Mathematics (SIAM) was established in 1952. Its mission is to build cooperation between mathematics and the worlds of science and technology.

News
Illustration of TIME4CO2 project

NFR FRIPRO Young Researcher Talent project on CCS awarded to PMG

Jakub Both receives funding for four years to investigate convection and dissolution during CO2 storage. For this, he will combine lab experiments, image analysis and numerical modeling.

News
Jakub Both

Jakub Both elected to chair the board of InterPore Norway for 2025-2027

The Norwegian chapter of the International Society for Porous Media forms a meeting place and forum for Norwegian’s landscape of porous media research.

New publication
Image processing and simulation of fluid flow in fractured rock

High-fidelity experimental model verification for flow in fractured porous media

Many models exist to study fluid flow in fractured rocks by simplifying the fractures. We compare these models with lab experiments using detailed images and advanced simulations to see their accuracy.

New publication
Ca^{2+} concentration and fracture permeability comparison

A discrete matrix fracture framework for simulating single-phase flow and non-isothermal reactive transport

This paper presents a coupling between the solvers PorePy and Reaktoro to simulate reactive transport in fractured porous media