[Maxima-discuss] Introductory Differential Equations with Maxima

[Dr. W. L. <dr....@gm...>]

Dear group,

The last months I finished a little booklet on Differential Equations with Maxima for beginners.

It would be a pleasure for me, if my text would be accepted to be posted on the Maxima homepage under Documentation > Publications. Maybe it is of interest for someone.

Title : Introductory Differential Equations with Maxima
Year : 6/2023 
Pages : 106 
Author : Wolfgang Lindner, Leichlingen, Germany 
Link : https://lindnerdrwg.github.io/DifferentialEquationsMaxima.pdf <https://lindnerdrwg.github.io/DifferentialEquationsMaxima.pdf>

Abstract: "This booklet starts with analytical solution methods for ODEs, from direct solution techniques to exact ODE's. The numerical solution methods for IVP's range from Euler's to Runge--Kutta (RK3, RK4). All these methods are easily coded in MAXIMA using a special user function ITERATE: this little helper function allows to concentrate on the discussed methods in 1-5 liners and to provide a unified index free treatment. Systems of ODEs are numerically solved using RK variants, likewise ODEs of 2nd order. Boundary value problems (BVP) are solved with the shooting method and the Finite Difference Method (FDM)." 


It would be nice to hear from you. 
I attach the contents as PNG.

Any hints and comments are very welcome.

Best regards, 
Wolfgang 
-- 
Dr. Wolfgang Lindner
Leichlingen, Germany
Homepage:   https://lindnerdrwg.github.io/ <https://lindnerdrwg.github.io/>
https://independent.academia.edu/LindnerDrWolfgan <https://independent.academia.edu/LindnerDrWolfgan>

g <https://independent.academia.edu/LindnerDrWolfgang>