Surfactants in Tribology, 2 Volume Set
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Features
- Builds upon the success of the previous volume with additional developments and applications from international contributors
- Examines mechanical properties of phospholipid-based biolubricant films and membranes
- Explores surfactant effects on bio-based emulsions used as lubrication fluids
- Describes the characterization of surface active materials derived from farm products
- Discusses improving organic anti-wear and friction modifier compounds for automotive applications
Summary
Surfactants play a critical role in tribology as they control friction, wear, and lubricant properties such as emulsification, demulsification, bioresistance, oxidation resistance, rust prevention, and corrosion resistance. The use of surfactants in tribology is a critical topic for scientists and engineers who are developing new materials and devices, in particular those built at the nanoscale. Edited by a well-known and respected leader in the field, this two-volume set features renowned international contributors who review the latest advances in the tribological aspects of microdevices and nanodevices, including MEMS, NEMS, biosurfactants, biolubricants, and bioemulsions.
Table of Contents
Part I: Films, Membranes and Self-assembled Monolayers: Relevance to Tribological Behavior
Tribological Properties of Self-assembled Monolayers; Miki Nakano
Nano-tribological Properties of Aromatic and Polyaromatic Thiol Self-assembled Monolayers; Y. Yang and M. Ruths
Friction of Graphite against Silane-functionalized Silicon Wafers; Marjorie Schmitt, Sophie Bistac and Khalil Jradi
Frictional Properties of Physisorbed Layers of Self-organized Molecules at Solid-Liquid Interface; Koji Miyake
Temperature Dependence of Molecular Packing in Self-assembled Monolayer Films; Shuchen Hsieh, YiLen Liu, David Beck, Minda Suchan and I-Ting Li
Mechanical Properties of Phospholipid-Based Biolubricant Films and Membranes; Mattew P. Goertz and Benjamin L. Stottrup
Part II: Emulsions and Aqueous Systems: Relevance to Tribological Phenomena
Influence of Surfactants on Wetting and Colloidal Processes of Lubricant Emulsions on Metal Surfaces; Svajus Joseph Asadauskas and Henrikas Cesiulis
Surfactant Effects on Bio-based Emulsions Used as Lubrication Fluids; Kenneth M. Doll and Brajendra K. Sharma
Hydrolyzed Fatty Oil Surfactants as Friction Modifiers at W/O Emulsion Interface; Ahmed M. Al-Sabagh, Rasha A. El-Ghazawy, Mahmoud R. Noor El-Din and Nadia G. Kandile
Antiwear and Antiseizure Properties of Aqueous Solutions of Alkyl Polyglucosides; Marian W. Sulek and Tomasz Wasilewski
Formulation Effects on the Lubricity of W/O Emulsions Used as Oil Well Drilling Fluids; J.M. González, F. Quintero, R.L. Márquez, S.D. Rosales and G. Quercia
Part III: Biobased Lubricants
Estolides—Biobased Lubricants; Steven C. Cermak
Development and Tribological Behavior of Advanced Bio-based Lubricants; Atanu Adhvaryu
Characterization of Surface Active Materials Derived from Farm Products; Girma Biresaw
Chemically Modified Fatty Acid Methyl Esters: Their Potential Use as Lubrication
Fluids and Surfactants; Brajendra K. Sharma, Kenneth M. Doll and Sevim Z. Erhan
Vaporization and Carbonization Tendency of Vegetable Oils as a Function of Chemical
Composition: Morphology of Carbon Deposits on Steel Surfaces at Elevated Temperature; Leslie R. Rudnick, Mohamed A. Abdellatif, Őmer Gűl and Girma Biresaw
Part IV: General Topics and Applications
Surface Chemistry at the Tribological Interface; Wilfred T. Tysoe
The Role of Surface Science in Magnetic Recording Tribology; Tom Karis
Improving Organic Anti-wear and Friction Modifier Compounds for Automotive Applications; Frank J. DeBlase
Antimicrobial-Surface Activity Relationship of Novel Di-schiff Base Cationic Gemini Amphiphiles Bearing Homogeneous Hydrophobes; Nabel A. Negm
Author Bio(s)
Girma Biresaw currently works for the USDA in Peoria, Illinois. Kash Mittal is a researcher in Hopewell Junction, New York.
