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Thermal and Magnetic Evolution of Earth's Interior

Overview

This example shows how Earth's interior evolves in a plate tectonics-like mode.

Date 10/03/18
Author Peter Driscoll
Modules RadHeat ThermInt
Approx. runtime <1 second

This example shows the thermal and magnetic evolution of Earth's interior from ThermInt and RadHeat. The model is 1-D and many free parameters have been tuned to reproduce Earth's current properties. Earth is divided in a core, mantle, and crust. The evolution depends only on the temperature of the core and mantle. These figures are similar to Fig. 5 in Driscoll & Bercovici (2014).

To run this example

vplanet vpl.in
python makeplot.py <pdf | png>

Expected output

EarthInterior1.png
EarthInterior2.png

Nominal thermal history of the Earth, mantle and core. Radiogenic heating is from RadHeat. Magnetic moment evolution is estimated from the core energy balance and inner core growth.