Tomoko Hirayama

Kyoto University

Japan

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Articles (22)

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Collaborators (3)

Shintaro Itoh

Associate Professor

Nagoya University

JAPAN

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Haiyang Gu

Kyoto University

JAPAN

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Norifumi Yamada

Associate Professor

High Energy Accelerator Research Organization

JAPAN

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Tomoko Hirayama

Research Interests

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Articles (22)

Regulatory mechanism of molecular topology on interfacial adsorption and lubrication performance

Encapsulation of lubricant additives − Enhanced lubrication performance through micellar solubilization of poorly soluble additives by surfactants

Sudden drop in friction coefficient of extruded Mg matrix composites

Improved wear and friction properties by self-formed SiC layers in Mg/SiC composites

Adsorption Characteristics and Mechanical Responses of Lubricants Containing Polymer Additives under Fluid Lubrication with a Narrow Gap

Effect of atmospheric gas on ZDDP tribofilm formation

Hydration-lubrication performance improvement via synergistic effects of free polymers and polymer brushes

Hydration–lubrication performance improvement via synergistic effects of free polymers and polymer brushes

Effects of Polarity of Polymers on Conformation and Lubricating Film Formation of Adsorbed Films

Effects of Polarity of Polymers on Conformation and Lubricating Film Formation of Adsorbed Films

Friction Characteristics of SUS440C/Si<sub>3</sub>N<sub>4</sub> Lubricated by Polytetrafluoroethylene Under Cryogenic Environment

Measurement of Oil Film Thickness Distribution in Roll Bite during Cold Rolling Using Quantum Dots

Measurement of Oil Film Thickness Distribution in Roll Bite during Cold Rolling Using Quantum Dots,量子ドットを活用した冷間圧延時のロールバイト油膜厚さ分布の測定

Elucidation of material removal mechanism in float polishing

Influence of engineering tribology on society

Interfacial Structure and Tribological Property of Adsorbed Layer Formed by Dibasic Acid Ester Derivative

N-Oleoyl Sarcosine as an Engine Oil Friction Modifier, Part 1: Tribological Performance of NOS+ZDDP Mixture at 100 degrees C

N-Oleoyl Sarcosine as an Engine Oil Friction Modifier, Part 2: Elucidation of Friction-Reducing Mechanism at Room Temperature Focusing on Contribution of NOS in NOS+ZDDP Mixture

Relationship between interfacial adsorption of additive molecules and reduction of friction coefficient in the organic friction modifiers-ZDDP combinations

Heat Generation in Cryogenic Turbopump Bearing

Highly Swollen Adsorption Layer Formed by Polymeric Friction Modifier Providing Low Friction at Higher Temperature

Mechanistic insights into the effect of structural factors on film formation and tribological performance of organic friction modifiers

Collaborators (3)

Shintaro Itoh

Haiyang Gu

Norifumi Yamada

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