Yoshiyuki Tagawa

Associate Professor

Tokyo University of Agriculture and Technology

Japan

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Yoshiyuki Tagawa is an Associate Professor at Tokyo University of Agriculture and Technology, Japan. His research encompasses fluid dynamics, focusing on impact-induced phenomena, bubble dynamics in surfactant solutions, and the rheology of low-viscosity fluids. He has published studies on high-resolution imaging techniques and the generation of liposomes, contributing to advancements in both experimental methods and applications in materials science.

Yoshiyuki Tagawa

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Articles (23)

Experimental study on the relationship between extensional and shear rheology of low-viscosity power-law fluids

High-resolution pressure imaging via background-oriented schlieren tomography: A spatiotemporal measurement for MHz ultrasound fields and hydrophone calibration

Effect of a converging container shape on the velocity of an impact-induced focused liquid jet

Stress field in the vicinity of a bubble/sphere moving in a dilute surfactant solution

Drop impact onto a heated surface in a depressurized environment

Pressure fluctuations of liquids under short-time acceleration

Generation of cell-sized liposomes using laser-induced microjets

Waves beneath a drop levitating over a moving wall

High-speed photoelastic tomography for axisymmetric stress fields in a soft material: Temporal evolution of all stress components

Optimal standoff distance for a highly focused microjet penetrating a soft material

The effects of secondary cavitation position on the velocity of a laser-induced microjet extracted using explainable artificial intelligence

An investigation of Hertzian contact in soft materials using photoelastic tomography

Prediction of the morphological evolution of a splashing drop using an encoder–decoder

Integrated photoelasticity in a soft material: phase retardation, azimuthal angle, and stress-optic coefficient

Design Exploration of Initial Bubbles for Higher-Speed Laser-Induced Microjets

Interactions of a collapsing laser-induced cavitation bubble with a hemispherical droplet attached to a rigid boundary

Double-pass imaging background-oriented schlieren technique for focusing on measurement target

Image features of a splashing drop on a solid surface extracted using a feedforward neural network

Numerical Investigation on Influence of Number of Bubbles on Laser-Induced Microjet

Background-oriented schlieren technique with vector tomography for measurement of axisymmetric pressure fields of laser-induced underwater shock waves

Contactless pressure measurement of an underwater shock wave in a microtube using a high-resolution background-oriented schlieren technique

Background oriented schlieren technique with fast Fourier demodulation for measuring large density-gradient fields of fluids

Background-oriented schlieren measurement of near-surface density field in surface dielectric-barrier-discharge

Collaborators (8)

Jingzu Yee

Misa Kawaguchi

Akinori Yamanaka

Ali Nassiri

Yutaka Kaneko

Yuta Kurashina

Yannis Korkolis

Brad Kinsey

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