Add to ORKGA novel form of adjustable hydrodynamic bearing has been devised. The adjustment capability confers operating characteristics that can be of benefit in a variety of applications. The bearing has been subject to detailed analysis and computer modelling. Tests on practical versions have confirmed the improved performance for bearings of a range of sizes
Abstract: Principles of a continuously adjustable hydrodynamic bearing concept are outlined and the ...
This paper gives a theoretical and experimental contribution to the problem of active modification o...
Hydrodynamic three-tilting-pad journal bearing is analyzed. It is shown that a carrying force, stiff...
The design and testing of two novel adjustable hydrodynamic journal bearings are outlined. Each was ...
A novel form of adjustable hydrodynamic fluid film bearing has been devised. The adjustment capabil...
There has been a number of initiatives launched in the field of lubrication as potential sources of ...
There has been a number of initiatives launched in the field of lubrication as potential s...
New Developments in fluid film bearings include the ability to adjust hydrodynamic performance chara...
A novel form of adjustable fluid film bearing has been devised whereby the hydrodynamic conditions c...
New forms of adjustable fluid film hydrodynamic bearings have shown great potential for suppressing ...
New forms of adjustable fluid film hydrodynamic bearings have shown great potential for controlling ...
In simulating a proposed machine tool grinding wheel design, a bearing system comprised a stationary...
AbstractControllable fluid film bearings with the ability to actively modify the operational conditi...
For over 40 years, organizations in the USA and Europe have postulated that savings of billions of d...
This work presents an innovative design concept for a “smart journal bearing” set to operate in a st...
Abstract: Principles of a continuously adjustable hydrodynamic bearing concept are outlined and the ...
This paper gives a theoretical and experimental contribution to the problem of active modification o...
Hydrodynamic three-tilting-pad journal bearing is analyzed. It is shown that a carrying force, stiff...
The design and testing of two novel adjustable hydrodynamic journal bearings are outlined. Each was ...
A novel form of adjustable hydrodynamic fluid film bearing has been devised. The adjustment capabil...
There has been a number of initiatives launched in the field of lubrication as potential sources of ...
There has been a number of initiatives launched in the field of lubrication as potential s...
New Developments in fluid film bearings include the ability to adjust hydrodynamic performance chara...
A novel form of adjustable fluid film bearing has been devised whereby the hydrodynamic conditions c...
New forms of adjustable fluid film hydrodynamic bearings have shown great potential for suppressing ...
New forms of adjustable fluid film hydrodynamic bearings have shown great potential for controlling ...
In simulating a proposed machine tool grinding wheel design, a bearing system comprised a stationary...
AbstractControllable fluid film bearings with the ability to actively modify the operational conditi...
For over 40 years, organizations in the USA and Europe have postulated that savings of billions of d...
This work presents an innovative design concept for a “smart journal bearing” set to operate in a st...
Abstract: Principles of a continuously adjustable hydrodynamic bearing concept are outlined and the ...
This paper gives a theoretical and experimental contribution to the problem of active modification o...
Hydrodynamic three-tilting-pad journal bearing is analyzed. It is shown that a carrying force, stiff...