Hello.
This is the last lecture of this course and the most interesting one too in this uh.
Show you the dazzles.
Specifically I will show you through the blood group the type of results the type of analysis you can
do.
So let's jump into it at first and show you what kind of simulation I am doing here.
So what I have is a cube one centimeter by one centimeter.
And I have a source and a sink.
So what it is like for example I have a cube or one centimeter cube and I have a source at one corner
and I have a sink and another color.
So what will happen is he will travel from source to sing from one corner to the other.
Right.
Okay we'll see if this is happening in our simulation or not.
We have defined our material property.
Now I have defined the sink as this port you see and dental living and source at two hundred Kelvin
and the other port okay.
So this is my setup.
Now we'll go to the result.
Now I have done no volume to the plot.
Now in the volume plot what it does is it will plot the volume.
That is the total data of the whole of the truly volume.
What you have done in your model.
You see I have 50 Kelvin in this boat.
And then she hundred Kelvin at this point.
And this result is measured at a hundred seconds.
Now if I select a zero second I click on plot.
You see most of the block is around t and um Kelvin.
So it is not in equilibrium.
Now if I go to next after 10 seconds it C S A calibrating after 100 seconds it's almost like any form.
Okay.
So this is how the volume plot looks like.
Next comes the arrow volume.
Suppose uh you have done with your volume plot.
That is what you have seen how the results is looking but you want to know from which angle the heat
is flowing.
That is also important right.
So how would you do that.
You can do that using arrow volume right now.
It plots the x y and z component of the heat flux.
So you see I have a source here I have a source here and I think therefore the heat flux will flow from
this region to this region.
Right.
This is what we are getting here.
You see all the arrows are pointing from source to sink.
So this is the arrow part
now will move to the surface plot a self explored looks very similar to volume plot but this is different.
This just brought the value at the surface.
It's like a hollow spear a solid spear and a hollow spear looks the same from outside right.
Unless we cut from the middle.
So this is the surface plot
next.
We have slice when you use the slice plot in the truly group it will make slice in your model and plot
as well.
So I have made to slice in the is it plain.
You can change the plain
distance also.
So that is not a big deal at all.
Also instead of quick you can do general and put your coordinate so it is totally flexible.
No.
Now if you make a two day plot like this you see the temperature profile can be easily seen because
the red is the higher temperature because you have a sink and blue is here because um the temperature
is low.
So that is the slice plot.
I think the left is getting quite Landy.
I will break this lecture so in my next lecture I'll follow up on the other plot group and will try
to finish it.
Thank you for watching.
I'll see you in my next lecture.