Pages that link to "Item:Q5285712"

The following pages link to On the existence of periodic solutions for the equation $$\ddot x + f(x)\dot x + g(x) = 0$$ (Q5285712):

Displaying 9 items.

• Periodic solutions for equation \(\dot x = A(t)x^m + B(t)x^n + C(t)x^l\) with \(A(t)\) and \(B(t)\) changing signs (Q423593) (← links)
• If \(f\) has Lipschitz constant less than 2.17008, then \(x_{i+1}=x_ i+f(x_ i)\) has no odd periodic solutions (Q1192544) (← links)
• Oscillating and periodic solutions of equations of the type \(\ddot x+f_ 1(x)\dot x+f_ 2(x)\dot x^ 2+g(x)=0\) (Q1260843) (← links)
• (Q3218530) (← links)
• (Q3356684) (← links)
• (Q3684439) (← links)
• (Q3849128) (← links)
• On periodic non-trivial solutions of the equation $ -\Delta u=g(u)$ in $ \mathbb R^{N+1}$ (Q4864738) (← links)
• (Q5688571) (← links)