By means of Mawhin's continuation theorem, we study a third-order p-Laplacian differential equation ( ϕ p ( u ″ ( t ) ) ) ′ + f ( t , u ′ ( t ) , u ″ ( t ) ...

By means of Mawhin's continuation theorem, we study a third-order p-Laplacian differential equation ( ϕ p ( u ″ ( t ) ) ) ′ + f ( t , u ′ ( t ) , u ″ ( t ) ...

By means of Mawhin's continuation theorem, we study a third-order p-Laplacian differential equation(ϕp(u″(t)))′+f(t,u′(t),u″(t))+g(t,u(t-τ(t)))=e(t).

Periodic solutions for third order p-Laplacian equation with a deviating argument · Cited by 2 publications · References 12 publications.

By means of Mawhin's continuation theorem, we study a kind of third-order p-Laplacian functional differential equation with distributed delay in the form: ...

By means of Mawhin's continuation theorem, we study a third-order p-Laplacian differential equation(ϕp(u″(t)))′+f(t,u′(t),u″(t))+g(t,u(t-τ(t)))=e(t).

May 20, 2011 · By using the coincidence degree theory, we study a type of p-Laplacian neutral Rayleigh functional differential equation with deviating ...

Periodic solutions for third order p-Laplacian equation with a deviating argument // Journal of the Franklin Institute. 2009. Vol. 346. No. 2. pp. 126-135.

This paper is concerned with the question of the existence of periodic solutions of periodic linear second order differential equations with deviating argument.

Aug 29, 2012 · Introduction. In recent years, periodic solutions involving the scalar p-Laplacian have been studied extensively by many researchers.