- #1
LagrangeEuler
- 717
- 20
In the paper
http://fmc.unizar.es/people/juanjo/papers/falo93.pdf
how it is possible to obtain equation of motion which is first order in time
[tex]\dot{u}_{j}=u_{j+1}+u_{j-1}-2u_j-\frac{K}{2\pi}\sin(2\pi u_j)+F(t)[/tex]
How to obtain this equation of first order?
http://fmc.unizar.es/people/juanjo/papers/falo93.pdf
how it is possible to obtain equation of motion which is first order in time
[tex]\dot{u}_{j}=u_{j+1}+u_{j-1}-2u_j-\frac{K}{2\pi}\sin(2\pi u_j)+F(t)[/tex]
How to obtain this equation of first order?
Last edited by a moderator: