Yuya Ishii

Associate Professor

Kyoto Institute of Technology

Japan

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About

Dr. Yuya Ishii is an Associate Professor at the Kyoto Institute of Technology, Japan. His research focuses on electrospinning and its applications, specifically in the development of pressure sensors and acoustic sensors utilizing electrospun polymer materials. Recent publications include investigations into the charging properties of microfiber mats and their implementation in tactile sensing technologies.

Articles (14)

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2024

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2024

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2024

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2023

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2023

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2023

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2022

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2022

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2021

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2021

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2021

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2021

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2020

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2020

Collaborators (1)

Annie Yu

Assistant Professor

Kyoto Institute of Technology

JAPAN

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Yuya Ishii

Research Interests

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Articles (14)

Charging Properties of Electrospun Poly(l-lactic acid) Submicrofiber Mat and Its Electrical Applications

Charging properties of atactic poly(styrene) microfibre mats charged with electrospinning and corona charging

Mask-Type Acoustic Sensor Featuring a Conventional Disposable Mask Embedded with Electrospun Poly(styrene) Fiber Mats

Active signal-generating spacer-fabric-type continuous touch/pressure sensor

Development of knitted capacitive pressure sensor with spacer fabric structure

Geometrical and electrostatic densities in a highly sparse as-electrospun polystyrene microfiber mat

Variable Direct Electromechanical Properties of As-Electrospun Polystyrene Microfiber Mats with Different Electrospinning Conditions

Multi-sensing dye-doped electrospun polystyrene microfiber mats

Fabrication of Pressure Sensor Using Electrospinning Method for Robotic Tactile Sensing Application

Electromechanically active electrospun nano/microfiber mat comprised of commodity polymer,汎用ポリマーからなる電界紡糸ナノマイクロ疑似圧電ファイバ膜

Investigation of electromechanical properties of as-electrospun polystyrene fiber mat via sequential approaching/loading technique

Quasistatic direct electromechanical responses from as-electrospun submicron/micron fiber mats of several polymers

Anion sensing properties of electrospun nanofibers incorporating a thiourea-based chromoionophore in methanol

Electromechanically Active As-Electrospun Polystyrene Fiber Mat: Significantly High Quasistatic/Dynamic Electromechanical Response and Theoretical Modeling

Collaborators (1)

Annie Yu

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