Add to ORKGWithin this work a model of a 6 DOF (degree-of-freedom) vibration isolation system with semi-active control, using magnetorheological (MR) technology is investigated. The geometry of the parallel platform is determined in a way which maximizes the Quality Index. Parallel platform mechanisms are ideal candidates for 6 DOF positioning and vibration isolation. A 6 DOF parallel platform which utilizes semi-active vibration control has not received as much attention as its passive and active counterparts have. The advantages of semi-active control include reduced cost by using a simpler actuator intended for only positioning, reduced power requirements, and improved stability. Within this work, the legs of a parallel platform model are investiga...
Vibration is recognised as one of the most significant disturbances to the operation of mechanical s...
The hybrid vibration isolation, which takes advantages of both the passive and active approaches, ha...
The increasing demands on industrial robots regarding speed and precision lead to the investigation...
Within this work a model of a 6 DOF (degree-of-freedom) vibration isolation system with semi-active ...
ABSTRACT: Parallel platform mechanisms with six degrees-of-freedom (DOF) are ideal candidates for pr...
This paper describes a semi-active vibration absorber (SVA) concept based on a real-time controlled ...
The thesis deals with design magnetorheological strut of vibration isolation adapter for cosmonautic...
A vibration control system is put forward using a magnetorheological damper (MRD) and a magnetorheol...
Semiactive vibration control systems possess both the simplicity and inherent reliability of passive...
AbstractThe paper presents active vibration isolation systems based on “smart” materials. Very promi...
The article presents a method of vibrating screen trajectory control based on MR (magnetorheological...
ABSTRACT: This article presents a new type of a MR damper designed for an integrated isolation mount...
In this work, we investigate the active vibration isolation and damping of sensitive equipment. Seve...
The need of vibration control has been spreading in tha last two decades to new application fields s...
Abstract: A prototype of a single degree-of-freedom active vibration isolation system is developed w...
Vibration is recognised as one of the most significant disturbances to the operation of mechanical s...
The hybrid vibration isolation, which takes advantages of both the passive and active approaches, ha...
The increasing demands on industrial robots regarding speed and precision lead to the investigation...
Within this work a model of a 6 DOF (degree-of-freedom) vibration isolation system with semi-active ...
ABSTRACT: Parallel platform mechanisms with six degrees-of-freedom (DOF) are ideal candidates for pr...
This paper describes a semi-active vibration absorber (SVA) concept based on a real-time controlled ...
The thesis deals with design magnetorheological strut of vibration isolation adapter for cosmonautic...
A vibration control system is put forward using a magnetorheological damper (MRD) and a magnetorheol...
Semiactive vibration control systems possess both the simplicity and inherent reliability of passive...
AbstractThe paper presents active vibration isolation systems based on “smart” materials. Very promi...
The article presents a method of vibrating screen trajectory control based on MR (magnetorheological...
ABSTRACT: This article presents a new type of a MR damper designed for an integrated isolation mount...
In this work, we investigate the active vibration isolation and damping of sensitive equipment. Seve...
The need of vibration control has been spreading in tha last two decades to new application fields s...
Abstract: A prototype of a single degree-of-freedom active vibration isolation system is developed w...
Vibration is recognised as one of the most significant disturbances to the operation of mechanical s...
The hybrid vibration isolation, which takes advantages of both the passive and active approaches, ha...
The increasing demands on industrial robots regarding speed and precision lead to the investigation...
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