- #1
Davide82
- 33
- 0
Hi!
I have a differential equation coming from Boltzmann transport equation which is a bit complicated and should be solved numerically instead of analytically.
I managed to get a plot using Runge-Kutta with software Derive.
The equation is in the second attachment.
In the papers of my teacher (where it states that solution has to be found by numerical integration) there is a plot where it shows a clear asymptote at y = 0.151 (attached).
How could I find this same result? Is there a way to find the asymptote? I can not let the computer calculate the function for x = infinite!
I have a differential equation coming from Boltzmann transport equation which is a bit complicated and should be solved numerically instead of analytically.
I managed to get a plot using Runge-Kutta with software Derive.
The equation is in the second attachment.
In the papers of my teacher (where it states that solution has to be found by numerical integration) there is a plot where it shows a clear asymptote at y = 0.151 (attached).
How could I find this same result? Is there a way to find the asymptote? I can not let the computer calculate the function for x = infinite!