This paper is a review of applications of delay differential equations to different areas of
engineering science. Starting with a general overview of delay models, we present some …

Field theory is a more or less coherent approach in the social sciences whose essence is
the explanation of regularities in individual action by recourse to position vis-à-vis others …

Flat systems, an important subclass of nonlinear control systems introduced via differential-
algebraic methods, are defined in a differential geometric framework. We utilize the infinite …

In drilling operations, the drillstring interaction with the borehole gives rise to a wide variety
of undesired oscillations. The main types of drilling vibrations are torsional (stick-slip), axial …

Vibrations in mechanical systems are oscillations occurring without being intentionally
provoked. They often have detrimental effects on the system performance and may cause …

In this paper a model reference-based adaptive parameter estimator for a wide class of
hyperbolic distributed parameter systems is considered. The proposed state and parameter …

A continuous space‐time Galerkin method is newly proposed for the numerical solution of
inverse dynamics problems. The proposed space‐time finite element method is combined …

Motion planning and control of a boundary controlled quasilinear parabolic partial
differential equation in one spatial variable is considered. The approach relies on a flatness …

The Lambert W function is defined by W (a) e W (a)− a= 0. One of the many applications of
the Lambert W function is in solving delay differential equations (DDEs). In 2003, Asl and …

Systèmes linéaires sur les opérateurs de Mikusinski et commande d\'une poutre flexible Page 1
ESAIM: Proceedings Elasticit e, Visco elasticit e et Contr^ole Optimal Huiti emes Entretiens du …