THEORETICAL AND EXPERIMENTAL ANALYSIS OF THE BEARING JOURNAL MOTION DUE TO FLUID FORCE CAUSED BY THE OIL FILM

Abstract

The paper relates to the fluid force acting on the journal of the slide bearings and its movement at stable lubrication. These forces can be calculated using the Reynolds equation. The analysis is based on the solution of the simplified equation and the experimental verification with the use of the test rig. The assumptions are verified by the numerical solution of the Reynolds equation by the FVM method.

Recommended articles

DESIGN OF SIMULATION-EMULATION LOGISTICS SYSTEM

GREGOR MILAN, ROBERT HODON, VLADIMIRA BINASOVA, LUBOSLAV DULINA, MARTIN GASO
Keywords: innovative system | logistics system | emulation | Simulation

COMPARISON OF THE ENERGY CONSUMPTION OF THE HYDRAULIC CONTROL SYSTEM OF THE  UDS 114

MICHAL JUZA, PETR HERMANEK
Keywords: pressure | flow rate | hydraulic | loss

EXPERIMENTAL EVALUATION OF SYSTEM EFFICIENCY FOR A HYDRAULIC HYBRID ARCHITECTURE OF EXCAVATORS

SEIJI HIJIKATA, PHILIPP WEISHAAR, ROLAND LEIFELD, KATHARINA SCHMITZ
Keywords: excavators | mobile hydraulics | system efficiency | constant pressure | open center | hydraulic hybrid

EFFECT OF TEMPERATURE, FLOW RATE AND CONTAMINATION ON HYDRAULIC FILTRATION

J.M.R. GORLE, V-M HEISKANEN, S. NISSI, M. MAJAS
Keywords: pressure drop | gravimetric level | flow rate | temperature | hydraulic filtration