It is well known that some mechanical systems, as a two pole generator, exhibit two different
stiffness on the main inertial axis of its transverse section, which leads to complex vibration …

A generalized PI-like output feedback dynamic control scheme with additional integral
compensation of the output error is proposed for robust tracking tasks of position reference …

In this paper, a mathematical model is presented to identify the direct dynamic coefficients
(kxx, kzz, cxx, czz) of a pressurized bearing in a rotor-bearing system. The presented …

Classical control design methods have been successfully applied to several practical
engineering systems for regulation tasks around a desired equilibrium operation state …

[ES] En este artículo, se presenta una metodología para balancear varios modos de
vibración a la vez de un sistema rotor-co**ete mediante lo que se denomina discos de …

En este trabajo se presenta el desarrollo del modelo matemático de un identificador
algebraíco en línea; para determinar el desbalance y su posición angular en sistemas …

Rotating machinery is commonly used in many mechanical systems, including electrical
motors, machine tools, compressors, turbo machinery and aircraft gas turbine engines …

A comprehensive physics-based model of a rotary system was formulated and
experimentally validated to predict the performance and dynamic behavior of passive …

Many engineering systems undergo undesirable vibrations. Vibration control in mechanical
systems is an important problem by means of which vibrations are suppressed or at least …

In this article an active vibration absorption scheme for linear mass-spring-damper
mechanical systems subject to exogenous multi-frequency harmonic excitations is …