It looks like it is possible. See this publication: Yusuff, A.S., Ekwonu, M.C., Ajala, I.I., Adeyi, A.A. and Awofolaju, T.T., 2014. Modelling and simulation of transesterification reaction in a batch reactor. Journal Of Bioprocessing And Chemical Engineering, p.V1i1.
There is a library in python called, scipy.integrate.ode that is used for solving differential equations using numeric methods and can take non linear equations
Hello Dr. John It was a little mistake when you extracted the concentration of D from variable C (solution of odeint). Otherwise, thank you very much for allowing us to learn from you
This is one of the most interesting UA-cam channels I have seen.
Thanks, Rafael! There are also course web-sites available from apmonitor.com - I'm glad that you are enjoying the content.
Excellent explanation . Would it be possible for you to simulate the transesterification reaction of an oil in a batch reactor?
It looks like it is possible. See this publication: Yusuff, A.S., Ekwonu, M.C., Ajala, I.I., Adeyi, A.A. and Awofolaju, T.T., 2014. Modelling and simulation of transesterification reaction in a batch reactor. Journal Of Bioprocessing And Chemical Engineering, p.V1i1.
Thanks Dr John
any tutorial for solving PDE or any PDE library in python?
Yes, here are tutorials on hyperbolic and parabolic PDEs in Python: apmonitor.com/do/index.php/Main/PartialDifferentialEquations
Is it possible to solve a set of non-linear equations in this approach?
It is, you can search for Newton Raphson to solve nonlinear equation systems using numeric method approach
There is a library in python called, scipy.integrate.ode that is used for solving differential equations using numeric methods and can take non linear equations
Yes, nonlinear equations are allowed. Check out Gekko and ODEINT. With Gekko, you can also solve high index DAEs, unlike scipy.integrate.ODEINT
Hello Dr. John
It was a little mistake when you extracted the concentration of D from variable C (solution of odeint).
Otherwise, thank you very much for allowing us to learn from you
You are correct - there is a mistake at 16:06. It should be Cd = C[:,3].
APMonitor.com thank you, Sir. Please continue bringing us ways to do amazing things.
It would be an honor to meet you at BYU
@@AliGabrielLara Thanks!
Superb
well done