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tutorials:t15 [2023/08/02 22:21] – [Setting up the simulation] pwarczok | tutorials:t15 [2023/08/02 22:23] (current) – pwarczok |
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//This tutorial was tested on\\ | //This tutorial was tested on\\ |
MatCalc version 6.03 rel 1.000\\ | MatCalc version 6.04 rel 1.001\\ |
license: free\\ | license: free\\ |
database: mc_fe.tdb; mc_fe.ddb// | database: mc_fe.tdb; mc_fe.ddb// |
''set-simulation-parameter minimum-dfm-for-matrix-compensation=0,25'' | ''set-simulation-parameter minimum-dfm-for-matrix-compensation=0,25'' |
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Select **'Calc > precipitate kinetics'**. Enter the finish time of the calculation: **'3.6e13'** s (= 1e10 hours). The isothermal treatment temperature should be set to **'600'** and **'Temperature in C'** selected. Leave the other settings as they are, and click on **<nowiki>"Go"</nowiki>**. (The calculation may take some time, especially on slower machines, because of the long treatment time.)\\ | Select **'Calc > Microstructure simulation'**. Enter the finish time of the calculation: **'3.6e13'** s (= 1e10 hours). The isothermal treatment temperature should be set to **'600'** and **'Temperature in C'** selected. Leave the other settings as they are, and click on **<nowiki>"Go"</nowiki>**. (The calculation may take some time, especially on slower machines, because of the long treatment time.)\\ |
After the calculation has finished, duplicate and lock all the series in the plot window. Return to **'Global > Phase status'** and set the nucleation model for CEMENTITE_P0 to **'ortho-equilibrium'** and re-open **'Calc > precipitation kinetics'**. There is no need to change anything; simply click on **'Go'**. A warning appears that the contents of the current buffer will be overwritten. As the series have been locked, this does not matter; accept the warning with **<nowiki>"Yes"</nowiki>**. | After the calculation has finished, duplicate and lock all the series in the plot window. Return to **'Global > Phase status'** and set the nucleation model for CEMENTITE_P0 to **'ortho-equilibrium'** and re-open **'Calc > precipitation kinetics'**. There is no need to change anything; simply click on **'Go'**. A warning appears that the contents of the current buffer will be overwritten. As the series have been locked, this does not matter; accept the warning with **<nowiki>"Yes"</nowiki>**. |
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