Modeling and calculation based homogenization of a porous medium with fluid transport in a network of propagating fractures

Research Project, 2018 – 2022

Participants

Funding

Related Areas of Advance and Infrastructure

Sustainable development

Driving Forces

Materials Science

Areas of Advance

Publications

Deformation-dependent effective mobility in Structural Battery Electrolytes

A micromorphic phase-field model for brittle and quasi-brittle fracture

Computational Homogenization of Mechanical and Electro-Chemical Properties in Structural Battery Electrolytes

Variationally consistent homogenization of electrochemical ion transport in a porous structural battery electrolyte

Numerical methods and multi-scale modeling for phase-field fracture - With applications in linear elastic and poro-elastic media

RVE generation and computational homogenization of structural battery electrolytes

Modeling and computational homogenization of chloride diffusion in three-phase meso-scale concrete

Computational homogenization of the electro-chemically coupled multi-scale transport of Li-ions in structural battery electrolytes

Performance of Bicontinuous Structural Electrolytes

A poro-viscoelastic substitute model of fine-scale poroelasticity obtained from homogenization and numerical model reduction

Identification of viscoelastic properties from numerical model reduction of pressure diffusion in fluid-saturated porous rock with fractures

Finite Element Simulation of the Performance of a Structural Electrolyte

More information

Latest update