No explanation on how a xt-diagram is plotted. If someone does a simulation of a shock-tube what values would they have to write-out to generate the x-t diagram? Repeating stuff in Anderson's book does not help in clearing concepts.
Hi :) Thanks so much for this video! Is there any Code (Matlap / Python) of your calculation. I am interested in a Solver for the Reflection (steady gas pressure)
smaller is more efficient, 1-3 inch diameter, just enough to get a pressure sensors inside..length can be 3 feet long enough to get consistent measure of mach velocity
No explanation on how a xt-diagram is plotted. If someone does a simulation of a shock-tube what values would they have to write-out to generate the x-t diagram? Repeating stuff in Anderson's book does not help in clearing concepts.
Great explanation thank you sir
Hi :)
Thanks so much for this video! Is there any Code (Matlap / Python) of your calculation. I am interested in a Solver for the Reflection (steady gas pressure)
Is there any calculation for the dimension to design a shock tube? eg length of driver, driven section and diameter of the tube
smaller is more efficient, 1-3 inch diameter, just enough to get a pressure sensors inside..length can be 3 feet long enough to get consistent measure of mach velocity