This work is concerned with systems of laminated beams model subject to linear and
nonlinear delay feedback. In a dynamic laminated beam, time delay manifests in the form of …

Our concern in the present work is a Timoshenko laminated beam system with nonlinear
delay and nonlinear structural damping acting in the slip equation. Our aim is to establish an …

We use semigroup theory to prove the well-posedness and get exponential and polynomial
stability estimates for a delayed laminated beam system with Kelvin-Voigt damping. The …

In this paper we consider a model of laminated beams combining viscoelastic damping and
strong time-delayed damping. The global well-posedness is proved by using the theory of …

Of concern in this paper is the laminated beam system with frictional damping and an
internal constant delay term in the transverse displacement. Under suitable assumptions on …

Of concern is a laminated beam system with a neutral delay in the transverse displacement.
We prove that despite of the destructive nature of delays in general, the solution goes back …

In this article, we consider a system of laminated beams with an internal constant delay term
in the transverse displacement. We prove that the dissipation through structural damping at …

This paper is concerned with laminated beams modeled from the well‐established
Timoshenko system with time delays and boundary feedbacks. By using semigroup method …

In this paper, we study the well-posedness and asymptotic stability to a thermoelastic
laminated beam with nonlinear weights and time-varying delay. To the best of our …

In this paper, we consider a laminated Timoshenko beam system with frictional damping and
an internal distributed delay feedback on the effective rotational angle. Under appropriate …