Whenever we integrate a function on the boundary, then we have to integrate both on internal as well as external boundary. And not just external boundary only. Understood?
We chose our domain such that these Ro and Ri lies in the boundary i.e. we extend our physical boundaries and not just limit the boundaries to Ro and Ri. As when I did my project on aerofoil design I chosen domain such that our whole aerofoil lies in the boundary and when apply boundary conditions it will get adjusted by calculations.
if you take a look at the course available on EDX , it has a significant resemblance with this course & there you actually have to solve multiple case studies using Ansys.
Awesome video! Thank you!
Excellent lecture
Ramesh
Binod
i luv ur lectutre
13:06 - 13:21 I didn't quite understand. Can anyone explain in simple English please?
Whenever we integrate a function on the boundary, then we have to integrate both on internal as well as external boundary. And not just external boundary only. Understood?
Thanks a lot sirrrr
please solve problems
If the endpoints are nt included in the domain then why is Ro & Ri are considered in the thermal heat condustion prblm explained in previous classes
I think the boundary conditions are defined at these points so we are also interested in them.
We chose our domain such that these Ro and Ri lies in the boundary i.e. we extend our physical boundaries and not just limit the boundaries to Ro and Ri.
As when I did my project on aerofoil design I chosen domain such that our whole aerofoil lies in the boundary and when apply boundary conditions it will get adjusted by calculations.
uff very difficult
the connectivity between the theory explained and the concept is far, quite confusing
if you take a look at the course available on EDX , it has a significant resemblance with this course & there you actually have to solve multiple case studies using Ansys.
@@hasnainkhokhar4052 thanks