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tutorials:t20 [2023/08/18 13:13] – [Grain growth in presence of precipitates - grain boundary pinning] pwarczok | tutorials:t20 [2023/08/18 13:37] (current) – [T20: Simulating grain growth] 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 1.002\\ |
license: free\\ | license: free\\ |
database: mc_fe.tdb; mc_fe.ddb// | database: mc_fe.tdb; mc_fe.ddb// |
{{:tutorials:t20:img:t20_precipitation_domains_msevol_grainstructure_6050006.png?650|}} | {{:tutorials:t20:img:t20_precipitation_domains_msevol_grainstructure_6050006.png?650|}} |
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Using **Calc > precipitation kinetics**, set up an isothermal simulation with an end-time of 3600 s (1 hour) and a temperature of 900°C. Click on **'Go'**. The simulation will be over very rapidly compared to precipitation simulations. | Using **'Calc' -> 'Microstructure simulation'**, set up an isothermal simulation with an end-time of 3600 s (1 hour) and a temperature of 900°C. Click on **'Go'**. The simulation will be over very rapidly compared to precipitation simulations. |
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Create a plot of type 'p1'. In the **'variables'** window, find the section entitled **'prec domain struct sc'** ('sc' standing for 'single class') and expand to show **GD$***-variables. Expand this one step further to show **GD$austenite**, and drag this to the plot window. Change the (default x-axis label to read **time [h]** and modify the scaling factor to **1/3600**. Change the y-axis title to **Grain diameter [μm]** and modify the scaling factor to **1e6**. | Create a plot of type 'p1'. In the **'variables'** window, find the section entitled **'prec domain struct sc'** ('sc' standing for 'single class') and expand to show **GD$***-variables. Expand this one step further to show **GD$austenite**, and drag this to the plot window. Change the (default x-axis label to read **time [h]** and modify the scaling factor to **1/3600**. Change the y-axis title to **Grain diameter [μm]** and modify the scaling factor to **1e6**. |