The aim of the paper work is to investigate and predict the static performance of journal bearing in turbulent flow condition considering micropolar lubrication. The Reynolds equation has been modified considering turbulent micropolar lubrication and is solved for steady state operations. The Constantinescu-s turbulence model is adopted using the coefficients. The analysis has been done for a parallel and inertia less flow. Load capacity and friction factor have been evaluated for various operating parameters
In this paper, an investigation of hydrodynamic performance for journal bearing lubricated by thin f...
The present study discusses the effect of micropolar parameters on the stability of symmetric hole-e...
Dynamic coefficients of a finite length journal bearing are numerically calculated under laminar and...
The objective of the present paper is to theoretically investigate the steady-state performance char...
AbstractThe aim of the present work is to analyse theoretically the dynamic response coefficients of...
In this paper, a theoretical study of the effect of micropolar lubricants on the performance charact...
Abstract — The research area of hydrodynamic lubrication is widely diversified. The literature inclu...
The use of process fluids of low kinematic viscosity as lubricants and the ever incrcasing surface s...
The main purpose of this paper is to define a methodology to determine the analytical approximate cl...
Dynamic characteristics of a four-lobe journal bearing of micropolar fluids are presented. Lubricati...
The objective of the present work is to study theoretically, the steady-state performance of finite ...
In this paper, the analysis of the performance of a spherical bearing, with three-dimensional worn ...
In this paper, the dynamic characteristics of a threelobe journal bearing lubricated with micropolar...
In this work, the performance of hole-entry hybrid journal bearing compensated by constant flow valv...
This paper relates the turbulent motion in the lubricant fluid film with centrifugal effect and the ...
In this paper, an investigation of hydrodynamic performance for journal bearing lubricated by thin f...
The present study discusses the effect of micropolar parameters on the stability of symmetric hole-e...
Dynamic coefficients of a finite length journal bearing are numerically calculated under laminar and...
The objective of the present paper is to theoretically investigate the steady-state performance char...
AbstractThe aim of the present work is to analyse theoretically the dynamic response coefficients of...
In this paper, a theoretical study of the effect of micropolar lubricants on the performance charact...
Abstract — The research area of hydrodynamic lubrication is widely diversified. The literature inclu...
The use of process fluids of low kinematic viscosity as lubricants and the ever incrcasing surface s...
The main purpose of this paper is to define a methodology to determine the analytical approximate cl...
Dynamic characteristics of a four-lobe journal bearing of micropolar fluids are presented. Lubricati...
The objective of the present work is to study theoretically, the steady-state performance of finite ...
In this paper, the analysis of the performance of a spherical bearing, with three-dimensional worn ...
In this paper, the dynamic characteristics of a threelobe journal bearing lubricated with micropolar...
In this work, the performance of hole-entry hybrid journal bearing compensated by constant flow valv...
This paper relates the turbulent motion in the lubricant fluid film with centrifugal effect and the ...
In this paper, an investigation of hydrodynamic performance for journal bearing lubricated by thin f...
The present study discusses the effect of micropolar parameters on the stability of symmetric hole-e...
Dynamic coefficients of a finite length journal bearing are numerically calculated under laminar and...