ESS4 524: Heat and Mass Flow Modeling in Earth Sciences
University of Washington
Spring 2020

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DAY 01
Volunteer to report today's Highlights at next class. One minute or less, 2 or 3 points, not a blow-by-blow transcript.
Discussion of Syllabus.
Reading for Wednesday- Versteeg & Malalasekera, Chapter 2; Patankar, pages 1-39. Skim the text for ideas and concepts ("flavors"), don't try to absorb the details.
Planning ahead for next Monday - 2 minutes to present your trial ideas for a project (and to ask classmates for feedback or help :))
Solving problems by theory (modeling) vs experiment.
What do we mean by a continuum? Can a computer represent a continuum?
Discretization - values at key locations, and rules to estimate what happens in between.
Advective-Diffusion problems in the Earth Sciences - examples, and complications.
Other types of problems - e.g. elastic and acoustic (seismic) waves.
Conservation Laws.
Highlights.


DAY 02
Slides for mass and energy conservation.
Highlights.

DAY 03
Slides for momentum conservation.
Highlights.

DAY 04
Slides for General conservation equation, and Finite Difference Methods.
Highlights.

DAY 05
Slides for Finite Element approach

DAY 06
More Slides for Finite Element approach.
Highlights.

DAY 07
Slides for Finite Volume approach.
Highlights.

DAY 08
Slides for source linearization, boundary treatments, 2-D mesh, and time-stepping.
Highlights.

DAY 09
Slides for time-stepping.
Highlights.

DAY 10
Slides for time-stepping, stability, etc.
Highlights.

DAY 11
Slides
Highlights.

DAY 12
Slides
Highlights.

DAY 13
Slides on understanding mesh failures.
Highlights.

DAY 14
Slides on SH waves.
Highlights.

DAY 15
Slides on calculating flow field.
Highlights.

DAY 16
Slides on non-Cartesian grids.
Highlights.

DAY 17
Slides .
Highlights.

DAY 18
Slides .
Highlights.

DAY 19
Slides .
Highlights.