i think you missed a step professor, should it not be divergence of pressure term gives one equation and curl of the same equation gives the vorticity which you mentioned, apart from that i have a question if added buoyancy term (rho=reho_0)=alpha*gravity*(T-T_0) in momentum equation, can you guide me if i can get the analytical solution as i read that the solution would be a linear superposition but when i tried i was unable to understand the way forward. would be really happy if you can guide me a bit or refer me to some good materials
Extraordinary quality lectures, thanks, Tony
~Terrific job~
Thank you Professor.
You are very welcome
i think you missed a step professor, should it not be divergence of pressure term gives one equation and curl of the same equation gives the vorticity which you mentioned,
apart from that i have a question if added buoyancy term (rho=reho_0)=alpha*gravity*(T-T_0) in momentum equation, can you guide me if i can get the analytical solution as i read that the solution would be a linear superposition but when i tried i was unable to understand the way forward.
would be really happy if you can guide me a bit or refer me to some good materials
Really good.
Hello. teacher please make me a resolt for sheared flowing around in sphere that depends on the flow around in sphere at infinity. thank you so much
Is the laplacian wrong here?
cant you give me my adresse email