@@empossible1577 surely. I saw your webpage. I would love to contribute some MATLAB codes. I work primarily on high voltage, wireless power transfer (electostatics, magnetostatics, FEM). Would you be interested in publishing my codes in your webpage?. I can also make some videos if necessary.
@@empossible1577 I saw your webpage. It has wonderful content. Sure to explore further.I would love to share some of my matlab codes too. Please let me know if you would be willing to put them up your webpage. I work in the fields of high voltage, electromagnetics and wireless power transfer(so basically electostatics, magnetostatics, etc).
No, there is one more on Magnetostatic devices. The topic is continued in the followon class Applied EM. Here are links to the course websites... emlab.utep.edu/ee3321emf.htm emlab.utep.edu/ee4347appliedem.htm
Here is a link the official course website that has electronic notes, links to the videos, and many other resources. Is this what you wanted? empossible.net/academics/emp3302/
This video is excellent! I took E and M years ago, and this has been a great refresh on boundaries! Thanks!
Thank you!
the best content for electromagnetism on youtube i think :D
Thank you!
@@empossible1577 sir , is this the boundary conditions of magnetostatic???
@@ghulammurtaza4230 Yes. This lecture discusses boundary conditions for magnetostatic fields B and H.
Hands down!!! You gave the best explaination
Thank you!
Excellent video. Thank you!!!
Happy to help! Checkout the course website!
empossible.net/academics/emp3302/
@@empossible1577 surely. I saw your webpage. I would love to contribute some MATLAB codes. I work primarily on high voltage, wireless power transfer (electostatics, magnetostatics, FEM). Would you be interested in publishing my codes in your webpage?. I can also make some videos if necessary.
@@empossible1577 I saw your webpage. It has wonderful content. Sure to explore further.I would love to share some of my matlab codes too. Please let me know if you would be willing to put them up your webpage. I work in the fields of high voltage, electromagnetics and wireless power transfer(so basically electostatics, magnetostatics, etc).
Good Morning SIr, this is the best lecture in EM !, By the way sir what book/s are you using for your lecture?
Thank you!!
The slides do not really follow any textbook. You may see some parallels with Sadiku and Balanis.
Best explanation
Sir this is the boundary condition of magnetosate ??
Yes. This lecture discusses boundary conditions for magnetostatic fields B and H.
So it this the last video for EMFT sir ?
No, there is one more on Magnetostatic devices. The topic is continued in the followon class Applied EM. Here are links to the course websites...
emlab.utep.edu/ee3321emf.htm
emlab.utep.edu/ee4347appliedem.htm
Thanks !
@@empossible1577 Magnetostatic Devices , when i open the lecture's link the browser can't find it :D
@@osmankhalil339 What lectures link? If you are trying to get to the official course website, here is the link...
emlab.utep.edu/ee3321emf.htm
Link for electrostatic boundary condition plz
Here is a link the official course website that has electronic notes, links to the videos, and many other resources. Is this what you wanted?
empossible.net/academics/emp3302/
@@empossible1577 yes....thanks a lot
Magnetostatic???
Magnetostatics is the study of the magnetic field when nothing is changing with time. The fields are completely static.