Introduction to Geodynamic Modelling
2018
Course information
General info
Learning goals
Grading
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Past versions of this course
Day 1
Course overview
Key physical processes and concepts
Solving equations
Basic elements of Python
Functions
Introduction to NumPy
for loops
Conditional statements
Day 2
Introduction to finite differences
Finite differences for heat equation
Stability of the heat equation FD approximation
Heat diffusion + advection
Day 3
Testing your code and benchmarking
FD for Stokes equation
Solution strategy for the channel flow
Calculating strain rates
Velocity boundary conditions
Day 4
Cluster computing
Putting it all together
Marker-in-cell technique
Numerical diffusion
Introduction to DOUAR
Day 5
Helpful command line tools
Project overview
Technical instructions
Using geo-hpcc cluster
Introduction to Geodynamic Modelling
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Index
Index