An investigation into the performance of a self-levitating linear air bearing that functions on the squeeze film principle was conducted and a detailed set of results describing its floating characteristics at various operating parameters is presented. Experimentally assessed performance of the bearing was compared with performance predicted by a computer model of the bearing
The influence of embodiment flexibility on the performance of an acoustic journal bearing is presen...
Earlier work has shown that oil-film forces can be modelled by linear coefficients. Identification t...
This paper is concerned with the non-linear vibration performance of a rigid rotor supported on thre...
This article has been made available through the Brunel Open Access Publishing Fund - Copyright @ 20...
Acoustic levitation is a method in which an object is levitated at a stable position against gravity...
The performance of a system consisting of a thin rectangular plate under plane stress due to the act...
The advantages of incorporating an open-ended or weakly-sealed squeeze-film bearing in a flexible su...
Squeeze-Film Levitation of a small object placed on a vibrating plate is investigated for 14 plate d...
A small mass is levitated by a vibrating plate with an arrangement of four piezoelectric actuators t...
Transverse vibrations can induce the non-linear compression of a thin film of air to levitate object...
Linear aerostatic bearings are frequently used in high precision stages for their advantageous beari...
This paper presents an investigation into producing self-levitation effect using piezo-electric actu...
An aerodynamic journal bearing that is capable of self-generating squeeze-film pressure is presented...
International audienceIn part 1 of the current study of haptic displays, a finite element (FE) model...
The squeeze film effect was discussed in several fields, but mostly under the same pressure boundary...
The influence of embodiment flexibility on the performance of an acoustic journal bearing is presen...
Earlier work has shown that oil-film forces can be modelled by linear coefficients. Identification t...
This paper is concerned with the non-linear vibration performance of a rigid rotor supported on thre...
This article has been made available through the Brunel Open Access Publishing Fund - Copyright @ 20...
Acoustic levitation is a method in which an object is levitated at a stable position against gravity...
The performance of a system consisting of a thin rectangular plate under plane stress due to the act...
The advantages of incorporating an open-ended or weakly-sealed squeeze-film bearing in a flexible su...
Squeeze-Film Levitation of a small object placed on a vibrating plate is investigated for 14 plate d...
A small mass is levitated by a vibrating plate with an arrangement of four piezoelectric actuators t...
Transverse vibrations can induce the non-linear compression of a thin film of air to levitate object...
Linear aerostatic bearings are frequently used in high precision stages for their advantageous beari...
This paper presents an investigation into producing self-levitation effect using piezo-electric actu...
An aerodynamic journal bearing that is capable of self-generating squeeze-film pressure is presented...
International audienceIn part 1 of the current study of haptic displays, a finite element (FE) model...
The squeeze film effect was discussed in several fields, but mostly under the same pressure boundary...
The influence of embodiment flexibility on the performance of an acoustic journal bearing is presen...
Earlier work has shown that oil-film forces can be modelled by linear coefficients. Identification t...
This paper is concerned with the non-linear vibration performance of a rigid rotor supported on thre...