Defining the role of elastic lubricants and micro textured surfaces in lubricated, sliding friction by Hupp, Sara J. (Sara Jean), 1979-

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Behavior of liquid lubricants in vacuum. by Malkin, Stephen

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Mechanisms of mesothelial tissue lubrication by Lin, Judy Li-Wen

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Engine lubrication oil aeration by Baran, Bridget A. (Bridget Anne)

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Active lubricant-impregnated surfaces by Khalil, Karim S. (Karim Samir)

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Thermocapillary motion on lubricant-impregnated surfaces by Quéré, David, Bjelobrk, Nada, Girard, Henri-Louis, Bengaluru Subramanyam, Srinivas Prasad, Kwon, HyukMin, Varanasi, Kripa

“…We show that thermocapillary-induced droplet motion is markedly enhanced when using lubricant-impregnated surfaces as compared to solid substrates. …”
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Mathematical theory of lubrication-type flow by Laning, J. Halcombe

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Solving lubrication problems at the nanometer scale by Chandramoorthy, Nisha, Hadjiconstantinou, Nicolas G

“…The proposed methodology, which is an extension of the generalized lubrication equation of Fukui and Kaneko to dense fluids, is demonstrated and validated via comparison to molecular dynamics simulations of a model lubrication problem.…”
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Wear modeling with sensitivity to lubricant chemistry by Thomas, Benjamin C. (Benjamin Carl)

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Molecular dynamics simulation of boundary lubrication by Yim, Shon W., 1973-

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Droplet mobility on lubricant-impregnated surfaces by Dhiman, Rajeev, Anand, Sushant, Reza-Garduno, Ernesto, Cohen, Robert E., McKinley, Gareth H., Varanasi, Kripa K, Smith, Jonathan David, S.M. Massachusetts Institute of Technology

“…Non-wetting surfaces containing micro/nanotextures impregnated with lubricating liquids have recently been shown to exhibit superior non-wetting performance compared to superhydrophobic surfaces that rely on stable air–liquid interfaces. …”
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Investigation of surface waves on hydrodynamic lubrication by Costa, George, 1976-

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Elements of lubricant transport critical to piston skirt lubrication and to leakage into the piston ring pack in internal combustion engines by Ahling, Sebastian Gerd

“…Therefore, further developing ICE is critical if we are to succeed in reducing overall greenhouse gas and pollutant emissions. Understanding lubricant transport in the piston-cylinder unit is essential to this mission, due to its direct impact on both types of emissions. …”
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Molecular dynamics-based approaches for mesoscale lubrication by Chandramoorthy, Nisha

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Lubricant-Impregnated Surfaces for Mitigating Asphaltene Deposition by Girard, Henri-Louis, Bourrianne, Philippe, Yeganeh, Mohsen, Cohen, Robert E, McKinley, Gareth H, Varanasi, Kripa K

“…We first select and confirm the thermodynamic stability of a suitable lubricant and its lack of interaction with asphaltenes. …”
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Modeling of piston pin lubrication in internal combustion engines by Meng, Zhen,Ph.D.Massachusetts Institute of Technology.

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Development and Application of Elastohydrodynamic Lubrication Model for Piston Pin by Shu, Zhiyuan

“…The second part of the thesis examines the oil supply boundary conditions at the boundaries of the lubrication areas. A computational fluid dynamics (CFD) model was established to analyze the flow of lubricating oil at the vicinity of the pin joints, which reveals that the amount of lubricating oil supplied from different locations can vary. …”
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Analysis of boundary lubricant films using Raman spectroscopy by Silvestro, Michael

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Lubricant-derived ash : in-engine sources and opportunities for reduction by Watson, Simon A. G. (Simon Andrew Glean)

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Modeling piston skirt lubrication in internal combustion engines by Bai, Dongfang, Ph. D. Massachusetts Institute of Technology

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