Dear Bernd
I am really appreciate your answer.
I will try following your instruction and check the result.
Thank you again
Best regard
Search found 41 matches
- Thu Sep 25, 2014 3:07 am
- Forum: solidification
- Topic: Zn-Al solidification
- Replies: 2
- Views: 2684
- Wed Sep 24, 2014 6:01 am
- Forum: solidification
- Topic: Zn-Al solidification
- Replies: 2
- Views: 2684
Zn-Al solidification
Dear Bernd Today, i have a question about the Solidification of Zn-Al. I make a GES file. And i did Sheil simulation to see which phase i should consider for phase field simulation. Unfortunately, mob2 database in the Thermo_Calc. does not have mobility information of Al and Zn in the specific phase...
- Wed Jun 04, 2014 5:52 am
- Forum: recrystallisation/grain growth
- Topic: Error during simulation
- Replies: 3
- Views: 4917
Re: Error during simulation
Dear Bernd Thank you for your reply!! :D It seems that the simulation is now going well. I have some questions about input dislocation density in recrystallization simulation. In the phase data part, i have to put "dislocation threshold for recrystallization" and in the seed data input part, there i...
- Thu May 29, 2014 10:40 am
- Forum: recrystallisation/grain growth
- Topic: Error during simulation
- Replies: 3
- Views: 4917
Error during simulation
Dear Bernd Recently, i try to simulate both of recrystallization of ferrite and formation of austenite during intercritical annealing process. So i made a driving file as attached. However, the simulation always stopped at 6 seconds. Is there any way i can see what the problem is? I attached all the...
- Thu May 22, 2014 3:51 am
- Forum: solidification
- Topic: Partioning issue
- Replies: 1
- Views: 2084
Partioning issue
Dear Bernd I have a question about partitioning of Si during solidification. Is there any way i can put partitioning coefficient in MICRESS? I found that in FeCMnAl system, Si is always partioned into liquid phase when i do thermocalc coupling simulation during solidification. I want Si to reside in...
- Fri Nov 01, 2013 7:35 am
- Forum: recrystallisation/grain growth
- Topic: About solute drag
- Replies: 1
- Views: 4660
About solute drag
Dear Bernd Long time no question about MICRESS ;) Today i came back to ask about solute drag model in the MICRESS. First of all, I want to ask about the meaning of each line in the dri file as given below. ... # Options: constant temp_dependent dg_dependent temp_dependent # File for kinetic coeffici...
- Mon Sep 09, 2013 8:28 am
- Forum: solidification
- Topic: Solidification simulation under casting
- Replies: 33
- Views: 22423
Re: Solidification simulation under casting
Dear Bernd I finally finished a simulation with high resolution. I think that it task around a month to get this result :) I cooled the domain for 3000s to 746K and reheated at a rate of 20K/s. If i apply the interface mobility between ferrite and austenite which is literary taken, i found that no f...
- Thu Sep 05, 2013 3:51 am
- Forum: solidification
- Topic: Solidification simulation under casting
- Replies: 33
- Views: 22423
Re: Solidification simulation under casting
Dear Bernd Thank you for your reply! Firstly, NPLE or Para equilibrium assumption is not proper for my simulation since i heat up the domain to 1550k which is the temperature any elements can diffuse with high speed. Many researchers including R. Wei et. al. (Metallurgica and materials transactions ...
- Mon Sep 02, 2013 8:22 am
- Forum: solidification
- Topic: Solidification simulation under casting
- Replies: 33
- Views: 22423
Re: Solidification simulation under casting
Dear Bernd How have you been? :D Long time no questions about my simulation;; So far i simulated very long cooling time and i finally get the result. After cooling, i reheated my simulation domain at a heating rate of 20K/s. However, although i did the simulation which is closed to the real situatio...
- Sat Aug 10, 2013 3:32 am
- Forum: solidification
- Topic: Solidification simulation under casting
- Replies: 33
- Views: 22423
Re: Solidification simulation under casting
Dear Bernd
Thank you for your reply
I will apply your suggestions for my simulation and see the result.
Best regard
Thank you for your reply
I will apply your suggestions for my simulation and see the result.
Best regard