Ice dynamics and thermodynamics
¶
Choosing the stress balance
Shallow shelf approximation (SSA)
Parameters
Technical remarks
Shallow ice approximation (SIA)
Surface gradient method
Parameterization of bed roughness
Coupling to the age of the ice
Parameters
Weertman-style sliding law
Parameters
Blatter’s model
Surface gradient computation
Adaptive time stepping
Practical preconditioners choices
Parameters
Ice rheology
Flow law choices
Enhancement factor and exponent
Modeling conservation of energy
Computing ice age
Isochronal layer tracing
Previous
Up
Next
Navigation
Acknowledgements
Installing PISM
PISM User’s Manual
Getting started: a Greenland ice sheet example
Ice dynamics, the PISM view
Initialization and bootstrapping
Modeling choices
Model domain, grid, and time
Ice dynamics and thermodynamics
The subglacier
Marine ice sheet modeling
Modeling individual outlet glaciers
Disabling sub-models
Dealing with more difficult modeling choices
Practical usage
Simplified geometry experiments
Verification
Validation case studies
Example: A regional model of the Jakobshavn outlet glacier in Greenland
Configuration parameters
Diagnostic quantities
Climate forcing
Technical notes
Contributing to PISM
Authorship
References
Quick search