This paper examines the effect of surface roughness in hydrodynamic narrow porous journal bearings operating under steady conditions. The problem is formulated mathematically and solved analytically with appropriate boundary conditions. It is shown that the results are significantly different than those for the case of an infinitely long journal bearing. [S0742-4787(00)00602-0]
Abstract- The present study examines effect of surface texture on hydrodynamic journal bearing perfo...
A journal bearing is a machine element that is used to keep the shaft rotating about its axis. The i...
Hydrodynamically lubricated isotropic roughness bearing with the misalignment of the journal is ana...
The paper examines the effect of velocity slip In a thin-walled infinitely short rough porous journa...
Abstract: In this paper, a numerical simulation of the effect of surface roughness in hydrodynamic l...
The paper considers the effect of velocity slip in rough porous journal bearings operating in the hy...
The present study investigates the effect of surface roughness properties on the steady-state and dy...
The effect of surface roughness on the load capacity and friction force of hydrodynamic bearings has...
This article aims to study the influence of slip on a hydromagnetic squeeze film in transversely rou...
Abstract — In the present work, the influence of surface roughness and fluid inertia effects on stea...
In this paper, a theoretical analysis of the effect of surface roughness on the squeeze film lubrica...
Generally, the movement of journal along the direction of bearing axis under the combined action of ...
Generally, the movement of journal along the direction of bearing axis under the combined action of ...
An analysis is made to evaluate the effect of surface finish produced by the two final machining pro...
The journal bearing is a complex system with high film convergence and with cavitation hydrodynamic ...
Abstract- The present study examines effect of surface texture on hydrodynamic journal bearing perfo...
A journal bearing is a machine element that is used to keep the shaft rotating about its axis. The i...
Hydrodynamically lubricated isotropic roughness bearing with the misalignment of the journal is ana...
The paper examines the effect of velocity slip In a thin-walled infinitely short rough porous journa...
Abstract: In this paper, a numerical simulation of the effect of surface roughness in hydrodynamic l...
The paper considers the effect of velocity slip in rough porous journal bearings operating in the hy...
The present study investigates the effect of surface roughness properties on the steady-state and dy...
The effect of surface roughness on the load capacity and friction force of hydrodynamic bearings has...
This article aims to study the influence of slip on a hydromagnetic squeeze film in transversely rou...
Abstract — In the present work, the influence of surface roughness and fluid inertia effects on stea...
In this paper, a theoretical analysis of the effect of surface roughness on the squeeze film lubrica...
Generally, the movement of journal along the direction of bearing axis under the combined action of ...
Generally, the movement of journal along the direction of bearing axis under the combined action of ...
An analysis is made to evaluate the effect of surface finish produced by the two final machining pro...
The journal bearing is a complex system with high film convergence and with cavitation hydrodynamic ...
Abstract- The present study examines effect of surface texture on hydrodynamic journal bearing perfo...
A journal bearing is a machine element that is used to keep the shaft rotating about its axis. The i...
Hydrodynamically lubricated isotropic roughness bearing with the misalignment of the journal is ana...
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