Toshiaki Nishi

Assistant professor

Tohoku University

Japan

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Toshiaki Nishi is an Assistant Professor at Tohoku University in Japan. His research areas include biomechanics, friction dynamics, and robotics, with recent publications focusing on innovative applications in material interaction, such as the impact of surface characteristics on friction and the design of multi-robot systems for medical use. He also investigates age-related gait changes and their implications for fall risk, contributing to advancements in wearable technology for performance analysis and safety.

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2020

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2020

Collaborators (2)

Kei Shibata

National Institute for Occupational Safety and Health

JAPAN

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Takeshi Yamaguchi

Tohoku University

JAPAN

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Toshiaki Nishi

Research Interests

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About

Articles (22)

Air-driven spiral scaffold mechanism for a group of mini-robots working together in the intestine

Increasing friction of tread rubber under lubrication by adjusting groove shape to control fluid flow

Impact of slip distance between fingertips and ball on baseball pitching performance under different friction conditions

Machine learning prediction of footwear slip resistance on glycerol-contaminated surfaces: A pilot study

High friction of rubber caused by negative fluid pressure under glycerol lubrication

Visualization of strain distribution in rubber bulk during friction

High Friction of Paper Wipers in Partially Wet Conditions: Effect of Three-dimensional Nonuniform Wetting

Influence of the surface free energy of liquids and the liquid distribution on the friction of paper wipers

Effects of foot–ground friction and age-related gait changes on falls during walking: a computational study using a neuromusculoskeletal model

Comparing the Ground Reaction Forces, Toe Clearances, and Stride Lengths of Young and Older Adults Using a Novel Shoe Sensor System

Effect of orientation and hardness of rubber tread block on the friction coefficient under glycerol lubrication and its underlying mechanisms

Friction of diene rubbers on rough floors considering viscoelastic properties in the high strain range

Influences of Wettability and Geometry on Adhesion Force between Sportswear Fabric and Human/Artificial Skin

Wear behavior of thermoplastic urethane for the outer soles of spike shoes

Development of high slip-resistant footwear outsole using rubber surface filled with activated carbon/sodium chloride

High friction effect on water-lubricated floor by the addition of silicone rubber particles to diene rubber

Wear behavior of thermoplastic urethane for the outer soles of spike shoes

Optimizing the frictional behavior of partially wetting soft contacts as measured with hydrogel covered silicones

Friction behavior between an artificial skin block and a glass plate under unlubricated and partly/completely water-lubricated conditions

Dry sliding friction and Wear behavior of thermoplastic polyurethane against abrasive paper

Effects of Porosity and SEBS Fraction on Dry Sliding Friction of EVA Foams for Sports Shoe Sole Applications

Friction behavior of silicone rubber hemisphere under non-uniform wetting states: With water droplets in air or air bubbles in water

Collaborators (2)

Kei Shibata

Takeshi Yamaguchi

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