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Thermal Behaviour Analysis of Journal Bearing. Influence of Oil Film Viscosity on the Journal Characteristics

Abstract : A numerical procedure is developped in order to analyse the " Tridimensional Thermohydrodynamic " behaviour of a bearing under static loading. The Reynolds equation, the energy equation in the film and the heat transfert equation in the solids are simultaneously solved using a Newton-Raphson procedure and the finite element modelisation. The numerical procedure developped incorporates a cavitation algorithm based on JFO model, which automatically predicts film rupture and reformation in the bearings. In the present study, the obtained results from this model are compared to experimentals results and numericals results from THD 2D model. The evolution of the thermal fields are presented and discussed. The comparisons showed that the THD 3D model with the cavitation algorithm is more performant than THD 2D model.
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https://hal-unilim.archives-ouvertes.fr/hal-02922436
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Soumis le : mercredi 26 août 2020 - 11:01:30
Dernière modification le : samedi 26 mars 2022 - 04:30:10

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  • HAL Id : hal-02922436, version 1

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Philippe Michaud, Dominique Souchet. Thermal Behaviour Analysis of Journal Bearing. Influence of Oil Film Viscosity on the Journal Characteristics. International Journal of Applied Mechanics and Engineering, De Gruyter Poland, 2005, 10, pp.239-244. ⟨hal-02922436⟩

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