QDYN version 2.1
What's new in version 2.1?
User features
Update of thermal pressurisation scheme (#28)
In release 2.0, the implementation of thermal pressurisation was announced, with the added disclaimer that this feature was still under active development. Since then, the consistency of the heat/fluid diffusion integration scheme has been improved, and the QDYN documentation has been updated. With the modified implementation, the simulation results that employ thermal pressurisation no longer depend on the solver accuracy (or simulation time step)
A spring-block example demonstrating the usage of the thermal pressurisation module has been added.
LVFZ in FINITE=1 loading conditions (#26)
1D faults with a low-velocity fault zone are now available for FINITE=1
loading conditions.
Bug fixes since version 2.0
- Fixed a bug in
pyqdyn.py
that caused snapshot data to be misaligned (output only, computations not affected) (#27) - Fixed a bug in
pyqdyn.py
in which the time series/snapshot output contained multiple columns with the same name - Fixed a bug in
qdyn_read_in
: error whiledim = 2
and use theqdyn('read')
becauseiwloc
is undefined
Under development
- Implementation of a Runge-Kutta solver that better handles a maximum time-step