Hello In this lecture will start with icy surface.
Now many click on ISIS her first blood.
You have some kind of this blog know.
What is this ISIS surface will actually plot the values of similar magnitude.
For example this green curve means the temperature is 175 Kelvin.
Along this green blood.
What if I click on screen light you see I have a glass something like this.
If you see the blue blood the bank you can change the number of values.
For example if I write levels and I write one seventy five and then one eighty five and I click on plot.
You see this is one eighty five and this is 175 five is close to the source because that is which is
higher to the source.
So this is how I see Cyprus works
fine.
Now this plot is the line plot line plot is basically the outline of your model and when you select
line plot and you plot the template here we get some kind of this at the Red means the higher temperature
that is the source and the blue is the lower temperature that is the sink.
You see if you have a complicated geometry then this kind of plot is very useful.
Of course you can select their two line color table and all these things fine.
Now we have covered line.
We'll go to control plot as we have here.
Control plot what is the contour plot as you read in geography.
Going to connect values of equal height.
Similarly here it is connecting values of the expression temperature.
Here I have made a level 10.
So it has 10 different level of temperature change.
And if I zoom in you will see that each level is marked with a separate color.
So quantum type you can choose different option.
For example a line.
Fair to you.
So depending on your need you can select your contour.
You see this is the high temperature region.
This is the low temperature region and the density of the country's higher because the temperature go
down is higher near the source and sink.
Fine.
Now let's jump in to streamline a Streamline is one of the most interesting plot.
Personally for me let's go to the stimulate plot.
So you have a source here in my simulation and we have a sink.
Now when I click on streamlined plot you see the lines coming from the source and ending I think.
Now this is quite interesting because when you have a complicated geometry you are interested to know
the direction and the arrows pointing towards the direction of the source or sink or whatever geometry
you are working on.
This could be a good verification if your simulation is working.
Okay.
Because the arrow should point towards sink whenever you are doing it doing uh thermal simulation like
this one you can of course select the different settings inside the stream line which I will left to
you to explore and you can change the expression If you want to.
For example it is plotting the heat loss at this moment.
You can definitely change according to your wish and your physics.
So of course uh Sarah Rubin you can select line plot and if you don't want the arrows you can do that
too.
If I select none then none of the arrows will be plotted.
So this is the kind of plot you get but this is the streamlined plot so now let's see the airline plot
this is the arrows on the surface it will plot the arrows on the surface of the model.
So you have the source here.
So heat is going in and then this is the thing.
So heat is coming out.
That's why we have the arrows here.
So this is quite simple.
Also we have the mesh plot.
Now what is the use of mass.
Of course this geometry is very simple.
So this is not very useful in this case.
Suppose you are working on a complicated geometry then you might need to plot to mesh so that you get
an estimate of what kind of mission you have done.
Now element colors you can select a wide range of options and quality measures.
You can select different options and then plot and see how the color actually looks.
Now if there is some problem if the growth rate is high if the at some point the mesh is not fine then
you might have a different color change and then you can go to mass shootings and then improve upon
your mesh.
So this is one use of the mesh plot now.
Oh I almost covered important plot groups in the through the plot.
Now finally I told you that I will explain about the animation.
Now if I click on animation I get something like this.
Okay.
Now in this simulation I have run this simulation for a zero second 10 second and understanding.
I'll show you.
So this is my study and this is my time dependent city and I ran for three different timestamps.
Now when I click on so frame Okay I have to select these three when I click on so frame
I think I have done some mistake
uh disable this layer.
Okay.
I think now I am fine.
Yeah yeah I'm fine.
Okay.
No.
I have Randy animation.
You see it's running nice complete.
When I click on play.
You see what happens now.
Each frame will play for one second.
When I click on play
so this is the animation for two different frames.
I show you what is happening here.
If I go to this volume plot if I see a T equal to zero you see the temperature is very high throughout
the cube at 10.
Second it is getting distributed.
The heat is getting distributed and it hundred second it's already distributed.
So this is what we can see in the animation so the value jumps from equal to zero to.
Two hundred.
This is just an example.
You can make more finer time scale and your animation will look stunning.
You can see how the temperature gradient is flowing through.
Thank you.
So this is it.
This is the last lecture of this series.
I hope you will learn something from this video.
These are the lecture series and if you do do it my course and I will wait for your feedback.
If you have any suggestion you can please text me or message me in my ear to me.
Uh account.
Thank you for watching all the best.