引用次数
引用: 4,363
H-指数: 38
I10-指数 : 98
出版物: 149
Fast Solution of Transient Elastohydrodynamic Line Contact Problems Using the Trajectory Piecewise Linear Approach
Daniel Maier , Corinna Hager , Hartmut Hetzler , Nicolas Fillot
Journal of Tribology-transactions of The Asme 138 ( 1) 011502
8
2016
Formation and properties of SiC and C particle nano‐colloids in non‐polar liquids
Hamza Hajjaji , Yuriy Zakharko , Sergeï Alekseev , Gérard Guillot
Physica Status Solidi (c) 12 153 -157
2015
Relevance of Colorimetric Interferometry for Thin Surface Film Contaminants
Michel Querry , Philippe Vergne , Jérôme Molimard
Developments in Surface Contamination and Cleaning#R##N#Fundamentals and Applied Aspects 675 -692
2008
Numerical simulation of lubricated DLC-coated point contacts under infinite sliding conditions
Jonathan Raisin , Nicolas Fillot , Philippe Vergne , David Dureisseix
Tribology International 133 136 -151
4
2019
Film thickness build-up in zero entrainment velocity wide point contacts
Bilel Meziane , Philippe Vergne , Nicolas Devaux , Lionel Lafarge
Tribology International 141 105897
2
2020
Temperature and Viscosity Effects on the Photoluminescence Properties of Alkyl-Capped Silicon Nanoparticles Dispersed in Nonpolar Liquids
Hajjaji Hamza , Sayed M. B. Albahrani , Gérard Guillot , Matthieu Maillard
Journal of Physical Chemistry C 119 ( 29) 16897 -16904
9
2015
Comportement rhéologique et tribologique de lubrifiants avec additif polymère
Daniel Nélias , Viorel Paleu , Philippe Vergne , Ioan Bercea
Matériaux et techniques 89 21 -28
2
2001
Film Forming Capability of Polymer-Base Oil Lubricants in Elastohydrodynamic and Very Thin Film Regimes
Pauline Cusseau , Philippe Vergne , Laetitia Martinie , David Philippon
Tribology Letters 67 ( 2) 1 -12
1
2019
On the Influence of Phase Change in Highly Loaded Frictional Contacts
Serigne Ndiaye , Laetitia Martinie , David Philippon , Marjolaine Gonon-Caux
Tribology Letters 68 ( 2) 1 -12
2
2020
CdSe-Based Quantum Dots as In Situ Pressure and Temperature Non-intrusive Sensors in Elastohydrodynamic Contacts
Tarek Seoudi , David Philippon , Nicolas Fillot , Lionel Lafarge
Tribology Letters 68 ( 3) 1 -14
1
2020
Classical EHL Versus Quantitative EHL: A Perspective Part I—Real Viscosity-Pressure Dependence and the Viscosity-Pressure Coefficient for Predicting Film Thickness
Scott Bair , Philippe Vergne
Tribology Letters 54 ( 1) 1 -12
55
2014
Comment on “History, Origins and Prediction of Elastohydrodynamic Friction” by Spikes and Jie
Scott Bair , Philippe Vergne , Punit Kumar , Gerhard Poll
Tribology Letters 58 ( 1) 16
28
2015
Rheology of an Ionic Liquid with Variable Carreau Exponent: A Full Picture by Molecular Simulation with Experimental Contribution
Nicolas Voeltzel , Philippe Vergne , Nicolas Fillot , Nathalie Bouscharain
Tribology Letters 64 ( 2) 25
13
2016
Lubrication at Extreme Conditions: A Discussion About the Limiting Shear Stress Concept
Laetitia Martinie , Philippe Vergne
Tribology Letters 63 ( 2) 21
25
2016
Classical EHL Versus Quantitative EHL: A Perspective Part II—Super-Arrhenius Piezoviscosity, an Essential Component of Elastohydrodynamic Friction Missing from Classical EHL
Scott Bair , Laetitia Martinie , Philippe Vergne
Tribology Letters 63 ( 3) 37
43
2016
A Quantitative Solution for the Full Shear-Thinning EHL Point Contact Problem Including Traction
Yuchuan Liu , Q Jane Wang , Scott Bair , Philippe Vergne
Tribology Letters 28 ( 2) 171 -181
100
2007
Hybrid Diffusion: An Efficient Method for Kinetic Temperature Calculation in Molecular Dynamics Simulations of Confined Lubricant Films
Hassan Berro , Nicolas Fillot , Philippe Vergne
Tribology Letters 37 ( 1) 1 -13
11
2010
Super Low Traction under EHD & Mixed Lubrication Regimes
Philippe Vergne
Superlubricity 427 -443
24
2007
On the relevance of analytical film thickness EHD equations for isothermal point contacts: Qualitative or quantitative predictions?
Jean-David Wheeler , Philippe Vergne , Nicolas Fillot , David Philippon
Friction 4 ( 4) 369 -379
12
2016
Nanolubrication by ionic liquids: molecular dynamics simulations reveal an anomalous effective rheology.
Nicolas Voeltzel , Andrew Giuliani , Nicolas Fillot , Philippe Vergne
Physical Chemistry Chemical Physics 17 ( 35) 23226 -23235
43
2015