Principles of a continuously adjustable hydrodynamic bearing concept are outlined and the governing Reynolds equation is given. The equation is non-dimensionalised and expanded taking into account non-uniform variations in the fluid film thickness. Also given are observations of predicted operating characteristics of one form of the bearing
This paper describes the main advantages of hydrostatic dynamic bearings of the double type, which h...
This paper describes the main advantages of hydrostatic dynamic bearings of the double type, which h...
New forms of adjustable fluid film hydrodynamic bearings have shown great potential for controlling ...
Abstract: Principles of a continuously adjustable hydrodynamic bearing concept are outlined and the ...
A novel form of adjustable fluid film bearing has been devised whereby the hydrodynamic conditions c...
New Developments in fluid film bearings include the ability to adjust hydrodynamic performance chara...
An analysis model for a novel adjustable hydrodynamic fluid film bearing is described. The principle...
A novel form of adjustable hydrodynamic fluid film bearing has been devised. The adjustment capabil...
A hydrodynamic fluid film bearing in which a plurality of circumferentially spaced bearing elements ...
In this paper, a theoretical analysis of hydrodynamic plain journal bearings with finite length at t...
The numerical displaying of the bearing framework goes back to the examination improvements in the f...
The understanding of the behavior of hydrodynamic bearings requires the analysis of the fluid film b...
A novel form of adjustable hydrodynamic bearing has been devised. The adjustment capability confers...
AbstractA generalized Reynolds equation is derived in the present paper by taking into account the e...
High-speed turbomachinery applications demand a highly stable spindle support system with a need for...
This paper describes the main advantages of hydrostatic dynamic bearings of the double type, which h...
This paper describes the main advantages of hydrostatic dynamic bearings of the double type, which h...
New forms of adjustable fluid film hydrodynamic bearings have shown great potential for controlling ...
Abstract: Principles of a continuously adjustable hydrodynamic bearing concept are outlined and the ...
A novel form of adjustable fluid film bearing has been devised whereby the hydrodynamic conditions c...
New Developments in fluid film bearings include the ability to adjust hydrodynamic performance chara...
An analysis model for a novel adjustable hydrodynamic fluid film bearing is described. The principle...
A novel form of adjustable hydrodynamic fluid film bearing has been devised. The adjustment capabil...
A hydrodynamic fluid film bearing in which a plurality of circumferentially spaced bearing elements ...
In this paper, a theoretical analysis of hydrodynamic plain journal bearings with finite length at t...
The numerical displaying of the bearing framework goes back to the examination improvements in the f...
The understanding of the behavior of hydrodynamic bearings requires the analysis of the fluid film b...
A novel form of adjustable hydrodynamic bearing has been devised. The adjustment capability confers...
AbstractA generalized Reynolds equation is derived in the present paper by taking into account the e...
High-speed turbomachinery applications demand a highly stable spindle support system with a need for...
This paper describes the main advantages of hydrostatic dynamic bearings of the double type, which h...
This paper describes the main advantages of hydrostatic dynamic bearings of the double type, which h...
New forms of adjustable fluid film hydrodynamic bearings have shown great potential for controlling ...
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