New oscillation criteria for advanced differential equations of fourth order
O Bazighifan, H Ahmad, SW Yao - Mathematics, 2020 - mdpi.com
The main objective of this paper is to establish new oscillation results of solutions to a class
of fourth-order advanced differential equations with delayed arguments. The key idea of our …
of fourth-order advanced differential equations with delayed arguments. The key idea of our …
On the oscillation of certain fourth-order differential equations with p-Laplacian like operator
O Bazighifan - Applied Mathematics and Computation, 2020 - Elsevier
The aim of this work is to study the oscillatory properties of the solutions of fourth-order delay
differential equations with a p-Laplacian like operator of the form (r (ν)| w ″′(ν)| p 1− 2 w …
differential equations with a p-Laplacian like operator of the form (r (ν)| w ″′(ν)| p 1− 2 w …
Oscillation Theorems for Advanced Differential Equations with p-Laplacian Like Operators
O Bazighifan, P Kumam - Mathematics, 2020 - mdpi.com
The main objective of this paper is to establish new oscillation results of solutions to a class
of even-order advanced differential equations with ap-Laplacian like operator. The key idea …
of even-order advanced differential equations with ap-Laplacian like operator. The key idea …
An improved criterion for the oscillation of fourth-order differential equations
O Bazighifan, M Ruggieri, A Scapellato - Mathematics, 2020 - mdpi.com
The main purpose of this manuscript is to show asymptotic properties of a class of differential
equations with variable coefficients r ν w‴ ν β′+∑ i= 1 jqi ν y κ gi ν= 0, where ν≥ ν 0 and w …
equations with variable coefficients r ν w‴ ν β′+∑ i= 1 jqi ν y κ gi ν= 0, where ν≥ ν 0 and w …
Riccati technique and asymptotic behavior of fourth-order advanced differential equations
O Bazighifan, I Dassios - Mathematics, 2020 - mdpi.com
Mathematics | Free Full-Text | Riccati Technique and Asymptotic Behavior of Fourth-Order
Advanced Differential Equations Next Article in Journal Multi-Partitions Subspace Clustering Next …
Advanced Differential Equations Next Article in Journal Multi-Partitions Subspace Clustering Next …
Differential equations of even-order with p-Laplacian like operators: qualitative properties of the solutions
O Bazighifan, T Abdeljawad, QM Al-Mdallal - Advances in Difference …, 2021 - Springer
In this paper, we study the oscillation of solutions for an even-order differential equation with
middle term, driven by ap-Laplace differential operator of the form {(r (x) Φ p [z (κ− 1)(x)])′+ …
middle term, driven by ap-Laplace differential operator of the form {(r (x) Φ p [z (κ− 1)(x)])′+ …
More effective results for testing oscillation of non-canonical neutral delay differential equations
In this work, we address an interesting problem in studying the oscillatory behavior of
solutions of fourth-order neutral delay differential equations with a non-canonical operator …
solutions of fourth-order neutral delay differential equations with a non-canonical operator …
On the asymptotic behavior of advanced differential equations with a non-canonical operator
O Bazighifan, I Dassios - Applied Sciences, 2020 - mdpi.com
In this paper, we aim to study the oscillatory behavior of a class of even-order advanced
differential equations with a non-canonical operator. In addition, we present results on the …
differential equations with a non-canonical operator. In addition, we present results on the …
Some new oscillation results for fourth-order neutral differential equations with delay argument
The aim of this paper is to study the oscillatory properties of 4th-order neutral differential
equations. We obtain some oscillation criteria for the equation by the theory of comparison …
equations. We obtain some oscillation criteria for the equation by the theory of comparison …
Asymptotic behavior of even-order noncanonical neutral differential equations
In this article, we study the asymptotic behavior of even-order neutral delay differential
equation (a⋅(u+ ρ⋅ u∘ τ)(n− 1))′(ℓ)+ h (ℓ) u (g (ℓ))= 0, ℓ≥ ℓ 0, where n≥ 4, and in …
equation (a⋅(u+ ρ⋅ u∘ τ)(n− 1))′(ℓ)+ h (ℓ) u (g (ℓ))= 0, ℓ≥ ℓ 0, where n≥ 4, and in …