Compressible Fluid Dynamics 1/e Book Price in India, Specifications, Reviews & Offers. Buy online at Amazon.

https://youtube.com/playlist?list=PLuxNLGEvT0tWfwY0yti8KsVCUxrZDfR4R Compressible flow
gracias abu
Thank you so much sir.... Love from India. 😀
So then for a compressible fluid with Ma
This is 26 of 34. Anyone know where I can find the entire playlist?
Hello Prof, I have many questions related to the thermodynamics and fluid mechanics,multiple choices it takes 10 minutes, could you help me please?
Great video Thank you
I never considered how the speed of sound changes with mediums and temperatures.
Mach number at 34:13 is 0.76
Ric Flair teaches fluid mechanics?!
I have uploaded some of the solutions to compressible fluid flows at spbhat.in/cff/ . They may be useful to you!
Thank you so much for this lecture Greetings from Guarulhos - Brazil
I can watch this over and over again. This is good Teaching.
Pls why isn't the speed behind the observer c+dv
Thank you this prove 44:36 is useful
34:13 , 37:52 The Mach numbers are 0.761 and 0.875 respectively. you substituted by 580 mph not 850 ft/s.
I want to aske you what the eqution i can used when i want to aclculted the convergnt -divergent nozzle in the rocket Please help me with it my email is houdaomar38@gmail.com
Really resourceful for us in Niteroi-RJ, Brazil. Thanks for this lecture!
Thank you sir you just saved my semester
Thanks sir this really helped me
AIMT enrollment link:- https://unacademy.com/scholarship/aimt-gate
5:26 how did you get this equation? assuming unit mass V = 1/(density) = 1/ro so for compressibility (B): B = - (ro) d (ro)/d(p) how did you lose the -ve sign and get ro on the bottom of the equation?
AMAZING!
Dear you always miss Modi and Seth..