Auteur N. Fillot
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Article : texte imprimé
H. Dormois, Auteur ; N. Fillot, Auteur ; W. Habchi, Auteur |This paper presents a study of the spinning influence on film thickness and friction in EHL circular contacts under isothermal and fully flooded conditions. Pressure and film thickness profiles are computed with an original full-system finite el[...]
Article : texte imprimé
V. Bruyere, Auteur ; N. Fillot, Auteur ; G. E. Morales-Espejel, Auteur |In the classical Reynolds equation-based modeling of lubrication, the exit area is only considered through a pressure boundary condition which fails to predict the remaining amount of lubricant on each moving surface after the film rupture. A tw[...]
