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Driving files
•
*.TabD gives the diffusion coefficients at the corresponding ‘tab_log’ times (when the
concentration coupling is activated and ’tab_log’ is not set to ‘no_’), in ASCII format.
•
*.TabF for the average fraction of each phase in the whole domain (when the concentration
coupling is activated and ’tab_fractions’ is not set to ‘no_’), in ASCII format.
•
*.TabGD gives some assorted data about each grain (when ’tab_grain_data’ is not set to ‘no_’), in
ASCII format.
•
*.TabK: number of grains (when ’tab_grains’ is not set to ‘no_’), in ASCII format. This file is
updated by default each time a grain is set or disappears.
•
*.TabL: monitoring outputs (when ’tab_log’ is not set to ‘no_’), which are generated at user-defined
intervals to check the simulation progress, it also contains additional information dependant on the
type of coupling activated, in ASCII format.
•
*.TabN stores data relevant for making ‘Von Neumann – Mullins plots’ (when ’tab_vnm’ is not set
to ‘no_’), in ASCII format.
•
*.TabR for the recrystallized fraction (when ’tab_recrystall’ is not set to ‘no_’), in ASCII format.
•
*.TabO for orientation information (when ’tab_orientation’ is not set to ‘no_’), in ASCII format.
•
*.TabT reports information relative to the setting of the (automatic) time-step (when automatic
time-stepping has been selected and ’tab_log’ is not set to ‘no_’), in ASCII format.
•
*.temp for the temperature in Kelvin (when the temperature coupling is activated and
’out_temperature’ is not set to ‘no_’).
•
*_TQ.txt (Windows specific) stores: the output of Thermo-Calc™´s TQ interface which makes it
more convenient to see the text of TQ ‘fatal’ errors. This file is always created under Windows
when Thermo-Calc™ -coupling is activated.
•
*.uxCV, *.uyCV, and *.uzCV: normal displacements (when the stress coupling is activated and
’out_normal_displacement’ is not set to ‘no_’), in percent.
•
*.vel for the interface velocity (when ’out_velocity’ is not set to ‘no_’), in µm/s.
•
*.vxCV, *.vyCV, *.vzCV, *.syyCV, *.syzCV and *.szzCV: components of the stress tensor, xxCV,
(yyCV), zzCV are the diagonal elements in the 2D (3D) case, sxyCV, sxzCV, syzCV are offdiagonal
terms
(torsion),
respectively
(when
the
stress
coupling
is
activated
and
’out_normal_stress’ is not set to ‘no_’), in MPa.
•
*.vM for the van Mises stress (when the stress coupling is activated and ’out_vMiese_stress’ is not
set to ‘no_’) in MPa.
MICRESS user’s manual
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