Yuji Tasaka

Associate Professor/phd

Hokkaido University

Japan

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Yuji Tasaka is an Associate Professor at Hokkaido University in Japan. His research areas include the rheology of fluid foods, adhesion testing for dysphagia diets, and the dynamics of fluid flows in various contexts, such as mantle convection on exoplanets. Recent publications explore topics such as torque-type rheometry, bubble dynamics, and color detection methods in particle imaging.

Yuji Tasaka

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Articles (27)

Adhesion testing of dysphagia diets for the quantitative evaluation of swallowing

Non-invasive inline rheometry for fluid foods containing millimeter-sized ingredients

Convective dynamics in mantle of tidally-locked exoplanets

Efficacy Assessment of Wide‐Gap Torque‐Type Rheometer for Evaluating Shear‐Rate‐Dependent Viscosity of Rice Porridge

Wall-sliding bubbles in inclined turbulent channel flow

Prediction of Pulsatile Flows in a Circular Pipe by Means of an Experimental Data-Based Reconstruction Method

Bubble-bearing fluid flows on an inclined plane

Rheology of fluid foods containing millimeter-sized ingredients examined by velocity-profiling-assisted rheometry and prediction of spreading and descending behaviors

Demosaic-free color detection for particle images

Wall shear stress measurement of turbulent bubbly flows using laser Doppler displacement sensor

Inline estimation of volume fraction in Newtonian emulsions based on ultrasonic velocity profiling viscometry

Cost-effective production of density-controllable monodisperse spheres for experiments in fluids

Coupling a torque rheometer with an ultrasonic velocity profiler for evaluating multiphase fluids in oscillatory shear flows

Experimental and theoretical fluid dynamics of spherical Savonius turbines operated in pipe flows

Rheology of dilute bubble suspensions in unsteady shear flows

On the rotation of a Savonius turbine at low Reynolds numbers subject to Kolmogorov cascade of turbulence

Quasi-steady transitions in confined convection

Downstream persistence of frictional drag reduction with repetitive bubble injection

Structural variety of developing and equilibrium horizontal convection confined in a rectangular vessel resulting from different heating plate arrangements

Stratified horizontal convection

Low-cost 3D color particle tracking velocimetry: application to thermal turbulence in water

Frictional drag reduction caused by bubble injection in a turbulent boundary layer beneath a 36-m-long flat-bottom model ship

Flow Prediction of Complex Fluids in a Circular Pipe by Utilizing a Velocity-Profiling-Assisted Rheometer

In Situ Measurement of Instantaneous Viscosity Curve of Fluids in a Reserve Tank

A method for evaluating time‐resolved rheological functionalities of fluid foods

Rheological characterization and flow reconstruction of polyvinylpyrrolidone aqueous solutions by means of velocity profiling-based rheometry

Lift coefficient of bubble sliding inside turbulent boundary layers in an inclinable channel flow

Collaborators (8)

Hugo N. Ulloa

Petr Denissenko

Taiki Yoshida

Hyun Jin Park

Shuji Otomo

Masanori Kameyama

Masako Sugihara-Seki

Yoshihiko Oishi

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