WEBVTT 00:00.680 --> 00:02.480 Hello and welcome back. 00:02.940 --> 00:12.140 So in this lecture, we know more about the results so far, this simulation, we already have two different 00:12.140 --> 00:12.540 results. 00:12.740 --> 00:18.320 One is the temperature blood, which gives the temperature profile of the two dissimulation, and the 00:18.320 --> 00:20.840 other is the isothermal counterplan. 00:21.320 --> 00:30.590 So these represent the Isaw terms of lines connecting the same temperature in the tudy model, which 00:30.590 --> 00:31.050 we have. 00:32.510 --> 00:36.530 So what more things can we do in this simulation? 00:36.950 --> 00:46.130 First of all, I think you might know that this expression can be changed according to the different 00:46.430 --> 00:51.200 functions as well as different building mathematical operations. 00:51.650 --> 00:59.760 So, for example, we can plot temperature gradient instead of temperature. 01:00.320 --> 01:05.360 So this is the X component of the temperature gradient. 01:06.170 --> 01:13.550 As you know, here at the base, this was 100 degrees Celsius and this line is 30 degrees Celsius. 01:13.820 --> 01:16.700 So the temperature change will be the highest. 01:16.700 --> 01:23.780 And according to this kind of analysis is very useful when you're are doing some kind of complex simulation 01:24.080 --> 01:29.870 and you want to check what is the temperature gradient, temperature profile, temperature along different 01:29.870 --> 01:36.010 axis and so on the right way, which is the Y competently plot. 01:36.530 --> 01:40.370 I see you get quite similar plot. 01:40.940 --> 01:43.580 So let's go back to D different temperature. 01:45.440 --> 01:46.650 Now this is fine. 01:48.200 --> 01:54.710 Now I want to teach you one of the most important analyses which we need in our research for that is 01:54.710 --> 01:57.390 I want to get the temperature at a particular point. 01:57.920 --> 01:59.650 So how will you do that? 02:00.230 --> 02:07.160 To do that, go to result and then click on Cut Point to Deep. 02:08.300 --> 02:15.980 When you click on Cut Judy, you'll have a cut point to the dataset inside of the data sets. 02:16.850 --> 02:20.210 You can rename this two point. 02:22.300 --> 02:24.580 Temp data. 02:25.190 --> 02:30.430 OK, let me ask for at what point you want to measure. 02:32.140 --> 02:38.200 Let's say our two major X equal to one and let Y equal to one. 02:39.190 --> 02:41.560 OK, let me then click on Blart. 02:42.010 --> 02:47.160 You see, I have a dart which is an X equal to one and vacantly one. 02:48.820 --> 02:50.490 Now what more can we do? 02:51.700 --> 02:59.770 We'll go to the result and then we'll click on Point Evaluation when you click on Point Evaluation. 03:00.250 --> 03:03.730 You'll have something like this here. 03:05.900 --> 03:14.480 What you can do is you can select the cutline data, you can select the for temperature, and you can 03:14.480 --> 03:21.560 click on evaluate when you can evaluate, it will show the temperature at that point. 03:21.590 --> 03:23.540 That is one component. 03:24.110 --> 03:34.070 So you can go back to the geometry and you can figure out at what point or what coordinate you want 03:34.070 --> 03:37.970 to get the value of a particular parameter. 03:38.360 --> 03:42.950 And then you can click create the X and Y point dataset. 03:43.760 --> 03:51.200 And using the right values of white evaluation, you can use whatever expression you want at that given 03:51.200 --> 03:56.420 point and then use to evaluate button to get the temperature fell. 03:56.990 --> 03:58.370 So this is how you can get. 03:59.680 --> 04:06.490 The result at a particular point, similarly can get the result that a particular line and so on. 04:07.120 --> 04:14.320 So this is how console is useful for analysis of different kind of simulation. 04:14.530 --> 04:16.950 I hope you like that one. 04:16.960 --> 04:24.640 I request I have to ask your students is that if you like this course, please do read it, because 04:24.640 --> 04:27.370 it motivates me to create more and more courses. 04:27.760 --> 04:33.010 I try to put my best effort to make high quality videos. 04:34.160 --> 04:41.900 Of whatever resources I have, so feel free to suggest changes, lectures so that I can improve upon 04:41.900 --> 04:42.500 this course. 04:42.980 --> 04:48.380 Thank you for watching and I hope to see you in future courses. 04:48.860 --> 04:49.370 Thank you.