Hello.
Welcome to my last video of these course which is a basic scene comes in metaphysics.
So now in this video I'll explain you.
Suppose you have done some kind of simulation and you are getting some kind of results.
Fine.
Then how will you verify your trousers.
This is the most important thing in simulation.
Whatever arbitrary numbers you put you will get some kind of result.
Now how do I verify that my results are fine.
Now in the same geometry.
Now I have set my geometry length in meters the radius of my cylinder is one meter and height is by
meter.
Okay.
And in definition I've read clicked and clicked on probe and boundary pro and I've set one boundary
probe as one.
And second Boundary probe has grown.
So let me put this as V to measure the potentials.
Okay.
And the material electrical current video.
To this one uh I've chosen heights by so as to so when I calculate the uh distance which is r is row
l by a and r here.
Row is 1 and lent is by.
So when I call grid area which is by our square by and by I get cancer.
So just for simplicity I've chosen a height as pi so as to cancel both pies and extra potential.
I took one empire s terminal cutting and the other side as well.
Now I uh did my uh simulation.
I clicked and compute.
We get this figure.
So the potential is one void and the ground is zero.
So this is one boy and this is zero Okay so from this how can we analyze that our reserves are fine.
We do a quick math.
So V is equal to I R and I is one boy.
V E Also one boy.
Therefore R is equal to 1.
Now in our case R is ro l by a but how connectivity is one.
Note that our connectivity is one little connectivity is 1.
So this is one.
Is by an area is by our square which is one square because our radius is 1.
So art is equal to 1 0.
From theory.
So it is clear that our simulation is correct.
Now how do you evaluate the for example of any other model.
You can have an evaluation group and you can calculate any particular expression global evaluation average
integration maximum minimum and so on which can be found in deserves an evaluation group.
Now when I click on evaluation and volume average and in the expression I write V and I select the whole
model when I click on evaluate it will show up a result here which is basically the average potential.
We have the potential profile.
Uh something like this so we have one here and we have zero.
So what would be the average of this symmetric system.
It is definitely zero point five.
It is very clear from a simulation also.
So it is clear that our simulation is working fine.
Now if we want to export a graph so we can have like an expert
if you right click if you click on blocked
now out of this blood group You can start any groups of example I want to select group to which is this
one and I want to select Volume 2 and file type.
If you click on browse and let's start with there big next.
And click on export.
Now when you see this I have the x y easy and color data in my text file which you can plug in your
favorite software such as matlab or some other software.
You can also export the blocks from here also.
So we have the print option and dimension a snapshot.
If you go to messenger Snapchat you can click tagged clipboard PowerPoint our file and save your blocks.
So this guy is the basic tutorial on conservative physics in this class.
I taught you how to create a company and how to add geometry how to put probes and how to add physics
and put terminal grounds.
How to Write materials and then how to add study and how to analyze analyze your results and also just
to mention you can import and geometry also.
So here is an option for input.
So if you go to import then you can go to browse and click your desired 3D file and then you can do
the simulation.
Thank you.
Uh I hope that you like my basic cause and concern Magdy physics probably.
And the first one to do a course on console because generally console videos are not available over
the Internet.
Um.
Feel free to drop me a text also Please rate my codes.
I am planning to do a console advance course it could be useful for a few.
Thank you.
Have a nice day.