Laboratory investigations of an active vehicle suspension of an in-series structure of the
slow-active type are presented in this paper. The multidimensional model is reduced to a …

The problem of optimal control of systems disturbed by sinusoidal signals for infinite control
time is considered. To evaluate the control laws, a modified mean-square performance …

Use of springs made of an alloy with shape memory (SMA) to shape the dynamic
characteristics of a resonance vibration screen is proposed in this paper. These springs …

Control of vibration is a significant problem in the design and construction of vehicle
suspensions. The usage of controlled suspensions is important due to ride comfort, driving …

In this paper, tests on Shape Memory Alloy (SMA) wires for use in controlled actuators have
been discussed. Selected static and dynamic characteristic curves being the result of …

The paper presents the control system for an electro-hydraulic vibration exciter. A vibration
exciter is used to carry out kinematic and forced excitations. Such excitations are needed …

The paper concerns shape memory alloy (SMA) application to properties control of the
vibration isolation systems. These alloys are called “smart” because of their special functions …

The stiffness of shape memory alloy (SMA) spring while in actuation is represented by an
empirical model that is derived from the logistic differential equation. This model correlates …

An example of a system with hysteresis is an actuator made of SMA. In the paper, the LSTM
neural network was used to model the actuator. The focus was pointed to its hysteretic part …

Vibration suppression, as well as its generation, is a common subject of scientific
investigations. More and more often, but still rarely, shape memory alloys (SMAs) are used …