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Evaluation of Powder and Hydration Properties of Rice Flour Milled by Different Techniques

Nippon Shokuhin Kagaku Kogaku Kaishi, 2012/04/15, Vol.59(4), pp.192-198

2012

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製粉方法の異なる米粉の粉体特性と吸水特性の評価

日本食品科学工学会誌, 2012/04/15, Vol.59(4), pp.192-198

2012

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Correlation between forces acting on bolus and bolus behavior during swallowing using graph matrix obtained from computer simulations with the MPS method

Food science and technology research, 2024, Vol.30 (1), p.13-24, Article FSTR-D-23-00125

2024

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Newtonian and non-Newtonian food bolus behaviors obtained from validated swallowing simulator based on moving particle simulation

Food Science and Technology Research, 2023, Vol.29(5), pp.385-402

2023

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Visualization of Aspiration due to Changes in Rheological and Tribological Parameters Using a Three-Dimensional Swallowing Simulator

Nihon Reoroji Gakkaishi, 2023/06/15, Vol.51(3), pp.149-156

2023

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Relationship Between Resultant Force Vector Acting on Human Organs From Food Bolus and the Bolus Configuration During Swallowing Using Numerical Swallowing Simulation With Moving Particle Simulation Method

Journal of texture studies, 2024-10, Vol.55 (5), p.e12868-n/a

2024

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Realistic computer simulation of bolus flow during swallowing

Food hydrocolloids, 2020-11, Vol.108, p.106040, Article 106040

2020

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Identification of muscle activity in tongue motion during swallowing through medical image data

Journal of Biomechanical Science and Engineering, 2022, Vol.17(1), pp.21-00254-21-00254

2022

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Development and Preliminary Validity Evaluation of Numerical Simulation of Human Swallowing Using a Particle Method

Japan Journal of Food Engineering, 2023-09, Vol.24 (3), p.57-66, Article 23628

2023

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Correlation between forces acting on bolus and bolus behavior during swallowing using graph matrix obtained from computer simulations with the MPS method

Food Science and Technology Research, 2023, pp.FSTR-D-23-00125

2023

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Newtonian and non-newtonian food bolus behaviors obtained from validated swallowing simulator based on moving particle simulation

Food Science and Technology Research, 2023, pp.FSTR-D-23-00057

2023

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Numerical visualisation of physical values during human swallowing using a three-dimensional swallowing simulator 'Swallow Vision®' based on the moving particle simulation method: Part 1: quantification of velocity, shear rate and viscosity during swallowing

Computer methods in biomechanics and biomedical engineering., 2019-07, Vol.7 (4), p.382-388

2019

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Identification of muscle activity in tongue motion during swallowing through medical image data

Journal of Biomechanical Science and Engineering, 2021, pp.21-00254

2021

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VISUALIZATION OF ASPIRATED FOOD BOLUS BY USING 4D COMPUTER SIMULATION

Dysphagia, 2016-12, Vol.31 (6), p.821

2016

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DEVELOPMENT OF RESEARCH AND EDUCATIONAL TOOLS FOR BIOMECHANICS OF SWALLOWING PRODUCED BY THE FOUR-DIMENSIONAL COMPUTER-SIMULATOR

Dysphagia, 2016-12, Vol.31 (6), p.807

2016

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USING A PATIENT-SPECIFIC 4D COMPUTER SIMULATION TO VISUALIZE THE EFFECTS OF POSTURE CHANGE IN THE ELIMINATION OF ASPIRATION

Dysphagia, 2016-12, Vol.31 (6), p.808

2016

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BIOMECHANICAL DIFFERENCES BETWEEN A HEALTHY MAN AND A PATIENT WITH DYSPHAGIA WERE REVEALED WITH PERSON-SPECIFIC 4D COMPUTER SIMULATION

Dysphagia, 2016-12, Vol.31 (6), p.840

2016

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PREDICTING THE EFFECTS OF SURGERY ON UES DYSFUNCTION USING A PATIENT-SPECIFIC 4D COMPUTER SIMULATION

Dysphagia, 2016-12, Vol.31 (6), p.831

2016

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COMPUTER SIMULATION BASED ON 320-ROW AREA DETECTOR COMPUTED TOMOGRAPHY TO ELUCIDATE BIOMECHANICS OF SWALLOWING

Dysphagia, 2016-12, Vol.31 (6), p.826

2016

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立体嚥下動態シミュレータを用いた食品開発・研究のテクニカル・イノベーション: ヒトの“飲み込み”を数値的に可視化する

Kagaku To Seibutsu, 2017-09, Vol.55 (10), p.712-718

2017

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Numerical simulation of respiratory obstruction by a toy or food using swallowing simulator Swallow Vision

Transactions of Japanese Society for Medical and Biological Engineering, 2017, Vol.55Annual(5PM-Abstract), pp.480-480

2017

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Development of a numerical simulator (Swallow Vision) to monitor diagnosis and treatment procedures for swallowing difficulties

Transactions of Japanese Society for Medical and Biological Engineering, 2015, Vol.53(Supplement), pp.S184_03-S184_03

2015

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Swallow Visionを使った玩具や食物による気道閉塞（窒息）のシミュレーション

生体医工学, 2017, Vol.55Annual(5PM-Abstract), pp.480-480

2017

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立体嚥下動態シミュレータを用いた食品開発・研究のテクニカル・イノベーション: ヒトの“飲み込み”を数値的に可視化する

化学と生物, 2017/09/20, Vol.55(10), pp.712-718

2017

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A High Spatial Resolution Multispectral Sensor on the RISESAT Microsatellite

TRANSACTIONS OF THE JAPAN SOCIETY FOR AERONAUTICAL AND SPACE SCIENCES, AEROSPACE TECHNOLOGY JAPAN, 2020, Vol.18 (5), p.186-191

2020

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Evaluation of Powder and Hydration Properties of Rice Flour Milled by Different Techniques

製粉方法の異なる米粉の粉体特性と吸水特性の評価

Correlation between forces acting on bolus and bolus behavior during swallowing using graph matrix obtained from computer simulations with the MPS method

Newtonian and non-Newtonian food bolus behaviors obtained from validated swallowing simulator based on moving particle simulation

Visualization of Aspiration due to Changes in Rheological and Tribological Parameters Using a Three-Dimensional Swallowing Simulator

Relationship Between Resultant Force Vector Acting on Human Organs From Food Bolus and the Bolus Configuration During Swallowing Using Numerical Swallowing Simulation With Moving Particle Simulation Method

Realistic computer simulation of bolus flow during swallowing

Identification of muscle activity in tongue motion during swallowing through medical image data

Development and Preliminary Validity Evaluation of Numerical Simulation of Human Swallowing Using a Particle Method

Correlation between forces acting on bolus and bolus behavior during swallowing using graph matrix obtained from computer simulations with the MPS method

Newtonian and non-newtonian food bolus behaviors obtained from validated swallowing simulator based on moving particle simulation

Numerical visualisation of physical values during human swallowing using a three-dimensional swallowing simulator 'Swallow Vision®' based on the moving particle simulation method: Part 1: quantification of velocity, shear rate and viscosity during swallowing

Identification of muscle activity in tongue motion during swallowing through medical image data

VISUALIZATION OF ASPIRATED FOOD BOLUS BY USING 4D COMPUTER SIMULATION

DEVELOPMENT OF RESEARCH AND EDUCATIONAL TOOLS FOR BIOMECHANICS OF SWALLOWING PRODUCED BY THE FOUR-DIMENSIONAL COMPUTER-SIMULATOR

USING A PATIENT-SPECIFIC 4D COMPUTER SIMULATION TO VISUALIZE THE EFFECTS OF POSTURE CHANGE IN THE ELIMINATION OF ASPIRATION

BIOMECHANICAL DIFFERENCES BETWEEN A HEALTHY MAN AND A PATIENT WITH DYSPHAGIA WERE REVEALED WITH PERSON-SPECIFIC 4D COMPUTER SIMULATION

PREDICTING THE EFFECTS OF SURGERY ON UES DYSFUNCTION USING A PATIENT-SPECIFIC 4D COMPUTER SIMULATION

COMPUTER SIMULATION BASED ON 320-ROW AREA DETECTOR COMPUTED TOMOGRAPHY TO ELUCIDATE BIOMECHANICS OF SWALLOWING

立体嚥下動態シミュレータを用いた食品開発・研究のテクニカル・イノベーション: ヒトの“飲み込み”を数値的に可視化する

Numerical simulation of respiratory obstruction by a toy or food using swallowing simulator Swallow Vision

Development of a numerical simulator (Swallow Vision) to monitor diagnosis and treatment procedures for swallowing difficulties

Swallow Visionを使った玩具や食物による気道閉塞（窒息）のシミュレーション

立体嚥下動態シミュレータを用いた食品開発・研究のテクニカル・イノベーション: ヒトの“飲み込み”を数値的に可視化する

A High Spatial Resolution Multispectral Sensor on the RISESAT Microsatellite

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