Hello all,
Could anybody help me how is it to extract the grain composition from 'Micress results?
Thanks in advance,
Raghav
grain composition extraction
Re: grain composition extraction
Hi Raghav,
what do you mean by "grain composition"? Do you mean the average composition within one grain in a structure which consists of more than one grain of the same phase?
If it is that, there is no direct possibility. You can access the average composition in the simulaiton domain from the screen output and the average compostion per phase from .TabC.
Apart from that, you can get the local composition for a point or the average composition (or whichever field value) in a zoom region within DP_MICRESS. But your grain is probably not rectangular...
Furthermore, you can create a new graphical output by Display_MICRESS and the OP. tool (for syntax see here), where you could e.g. put the phase compostion, eventually weighted by the phase fraction, only in the region of one grain . Then, you can convert to ASCII and process further in e.g. Excel.
I hope this gives you some idea!
Bernd
what do you mean by "grain composition"? Do you mean the average composition within one grain in a structure which consists of more than one grain of the same phase?
If it is that, there is no direct possibility. You can access the average composition in the simulaiton domain from the screen output and the average compostion per phase from .TabC.
Apart from that, you can get the local composition for a point or the average composition (or whichever field value) in a zoom region within DP_MICRESS. But your grain is probably not rectangular...
Furthermore, you can create a new graphical output by Display_MICRESS and the OP. tool (for syntax see here), where you could e.g. put the phase compostion, eventually weighted by the phase fraction, only in the region of one grain . Then, you can convert to ASCII and process further in e.g. Excel.
I hope this gives you some idea!
Bernd
Re: grain composition extraction
Hello Mr. Bernd,
I tried to get TabC simulation output for different simulations but get the below mentioned text. I don't understand why not even single simulation's geometry is consistent.
Display MICRESS
geoF file : Alloy/Stabilor_heat.geoF
Solution file : Alloy/Stabilor_heat.TabC
Results in binary (single precision)
Geometry not consistent!
(most probably due to a wrong format specification,
and a big/little endian incompatibility)
I tried to get TabC simulation output for different simulations but get the below mentioned text. I don't understand why not even single simulation's geometry is consistent.
Display MICRESS
geoF file : Alloy/Stabilor_heat.geoF
Solution file : Alloy/Stabilor_heat.TabC
Results in binary (single precision)
Geometry not consistent!
(most probably due to a wrong format specification,
and a big/little endian incompatibility)
Re: grain composition extraction
Because .TabC is a text file!
Re: grain composition extraction
Oops, you are right. Thank you.