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YouTube

Modelling, Upscaling and Simulation of Dissolution and Precipitation in a Porous Medium with an Evolving Pore-Scale Geometry

Society for Industrial and Applied Mathematics via YouTube

Overview

This course focuses on the simulation of dissolution and precipitation in a porous medium with an evolving pore-scale geometry. The learning outcomes include understanding different approaches for modeling these processes, employing homogenization techniques, and discussing adaptive multi-scale iterative schemes. The course teaches skills such as modeling at the scale of pores, using phase field models, and implementing numerical simulations. The teaching method involves a presentation by the speaker, covering topics like simple and complex geometries, phase field models, algorithms, and numerical examples. The intended audience for this course includes individuals interested in geosciences, porous media processes, and numerical simulations.

Syllabus

Introduction
Announcements
Speaker
Sharing
Motivation
Model
Situation
Surfaces
Precipitation
The Problem
Simple geometries
Complex geometries
Phase field
Results
Phase Field Model
Direction Diffusion Equation
Proofs
Algorithm
The staggered scheme
The maximum principle
Convergence
Algorithms
Active Passive Strategy
Summary
Numerical Example
Conclusion
Thank you
Two aspects
Periodicity

Taught by

Society for Industrial and Applied Mathematics

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