Materials Engineering

SAITOH Ken-ichi, Professor

saitou

【Research Topics】
1. Microscopic evaluation of strength and function of materials by molecular dynamics
2. Numerical simulation and experiment of shape memory effect in nano-sized materials
3. Development of computational mechanics

Key Words: Computational mechanics, molecular dynamics, NEMS, particle methods, interface, atomic cluster, shape memory alloys, strength and mechanical properties

Applications: Evaluation of materials, new materials, metals, plastics, information technology, micromechatronics, biological system, plastic working, stable structures

SATO Tomohiro, Professor

tom_sato

【Research Topics】
1. Development of sintering process for cu alloy
2. Evaluation of mechanical properties on sintering alloy
3. Evaluation of tribological properties on copper alloy
4. Molecular dynamics on sliding system of sulfides
5. Molecular dynamics on phase transformation of ni-ti alloy

Key Words: Powder metallurgy, sintering, Cu alloy, material strength, tribology, solid lubricant, computational mechanics, molecular dynamics, shape memory alloy

Applications: Material design, sliding members, evaluation of material function, development of material manufacturing

TAKAHASHI Yoshimasa, Professor

yoshim-t

【Research Topics】
1. Micro-mechanism of fatigue fracture and hydrogen embrittlement
2. Strength properties of micro/nano-scale materials
3. Micro-characterization of structural materials for strength evaluation

Key Words: Metal fatigue, hydrogen embrittlement, micro-mechanism, crack-tip, fracture mechanics, micro-characterization of materials, electron microscopy, thin film materials, interface, strength law, mezo-scale, micro/nano-structures

Applications: Design and evaluation techniques of material strength, techniques of material characterization, MEMS・NEMS device, LSI device

TAKUMA Masanori, Professor

t940081

【Research Topics】
1. The evaluation of the mechanical properties and the damage of the material with non-destructive inspection method
2. The material design which adopted the concepts of the smart material and structure

Key Words: Fatigue, wear, damage, nondestructive inspection, material evaluation, life evaluation, film, composite material, material design, wavelet transform, neural network, fractal, chaos

Applications: Soundness evaluation of structural member part, material design, smart materials & structure

Manufacturing Systems

FURUSHIRO Naomichi, Professor

furusiro

【Research Topics】
1. Suppression of tool wear in ultra-precision diamond turning
2. Mechanochemical superfinishing of optical and electronic materials
3. Three-dimensional internal information acquisition system based on consecutive precision machining

Key Words: Ultra-precision machining, diamond tool, tool life, tool wear, wear mechanism, wear suppression, superfinishing, mechanochemical superabrasive stone,3D-ISM

Applications: Diamond turnable materials with high heat resistance and wear resistance for precision molds of high performance optical components, superfinishing of optical lens, antifriction bearing,structural materials

YAMAGUCHI Tomomi, Professor

tomomiym

【Research Topics】
1. Study for silicon micro multi-edged tool using anisotropic etching
2. Study for thermochemical loss of diamond

Key Words: Ultra precision machining, micro machining, fixture for assembly, molecular dynamics analysis, diamond tool, tool wear

Applications: Ultra precision machining, assembly system, micro machining, machining with diamond tool

HIROOKA Daisuke, Associate Professor

hirooka

【Research Topics】
1. Flow control valve using pzt vibration
2. Precision positioning control mechanism using pneumatic system

Key Words: PZT element, actuator, pneumatic system, device control

Thermal Engineering

UMEKAWA Hisashi, Professor

umekawa

【Research Topics】
1. Heat transfer and flow characteristics in forced convective boiling
2. Quantitative measurement of two-phase flow by using nn/xr radiography

Key Words: Heat transfer, critical heat flux, flow instability, forced convective boiling, cryogenic fluid, fluidizedbed, neutron radiography, X-ray radiography

Applications: Boiler, nuclear reactor, distillation column, open back vaporizer, fluidized-bed heat exchanger

MATSUMOTO Ryosuke, Professor

matumoto

【Research Topics】
1. Estimation of frost formation on heat exchanger
2. Development of low nox hydrogen combustor
3. Utilization of liquid hydrogen cold energy

Key Words: Tubular flame, combustor, hydrogen, cold energy, frost formation, heat exchanger

Applications: Combustor, refrigerator, heat exchanger

AMI Takeyuki, Associate Professor

t_ami

【Research Topics】
1. Multi-phase flow dynamics
2. Critical heat flux
3. Numerical investigation of multi-phase flow

Key Words: Thermal engineering, multi-phase flow, phase change, flow pattern, heat transfer, critical heat flux

Applications: Boiler, heat exchanger, nuclear reactor, chemical engineering

ODA Yutaka, Associate Professor

oda.y

【Research Topics】
1. Large eddy simulations of convective heat transfer in gas turbines
2. Development of numerical model for predicting local entropy generation rate in turbulent flows with heat transfer
3. Numerical simulation of conjugate heat transfer based on les statistics
4. Experimental fluid dynamics with heat transfer

Key Words: Turbulent heat transfer, heat transfer enhancement, CFD, turbulence model, DNS/LES, entropy generation, exergy

Applications: Gas turbines, jet engines, heat exchangers, air conditioner, electronics cooling, thermal systems, thermoelectric devices

Tribology and Micromechatronics for Information Equipment

KOGANEZAWA Shinji, Professor

skoga

【Research Topics】
1. Mechatronics device for iot (internet of things)
2. Small-sized sensors and actuators
3. Measurement of viscoelasticity

Key Words: IoT hard disk drive, optical disk drive, sensors and actuators, small-sized flying robot, measurement of viscoelasticity

Applications: IoT hard disk drives, optical disk drives, mechatronics, damping and vibration control

TANI Hiroshi, Professor

hrstani

【Research Topics】
1. Tribology of ultra-thin molecular lubricant film
2. Tribology of carbon nano-tube
3. Triboelectric nanogenerator

Key Words: Tribology, perfluoropolyether, PFPE, carbon nanotube, head-disk interface, magnetic disk, magnetic head slider, triboelectric nanogenerator

Applications: MEMS, hard disk drive, magnetic disk

LU Renguo, Professor

r_lu

【Research Topics】
1. Tribotronics of next generation vehicles
2. Tribochemistry
3. Development of smart tribosystem with ultralow friction
4. Application of machine learning in tribology

Key Words: Tribotronics, tribology, magnetic disk, lubrication of thin films, tribochemistry, boundary lubrication, surface and interface control

Applications: Lubricant oil, bearing, engine, automobile, MEMS, hard disk drive

Mechanical Dynamics and Control Engineering

UTSUNO Hideo, Professor

utsuno

【Research Topics】 1. Acoustic mechanism of self excitation vibration on noise
2. Evaluation of pulse wave propagation in blood vessel
3. Acoustic mechanism of musical instrument such as violin and flute
4. Noise reduction of machines

Key Words: Vibration, noise, wave, acoustics, pulse wave in blood vessel, soundproofing material, tension, time variant system, musical instrument, self excitation vibration

Applications: Noise and vibration reduction of machines, design of soundproofing material, diagnosis of tension, diagnosis of blood vessel by using pulse wave

YAMADA Keisuke, Professor

yamadak

【Research Topics】
1. Vibration and noise reduction using smart structure system
2. Vibration suppression using dynamic vibration absorber
3. Vibration isolation
4. Modal analysis

Key Words: Vibration, noise, smart structure, dynamic vibration absorber, seismic isolation table, sound absorption

Applications: Vibration and noise reduction of machines, vibration isolation using seismic isolation table

SHIRAFUJI Shohei, Associate Professor

srfj

【Research Topics】
1. Robot design method
2. Adaptive robotic hand
3. Hapticsdevice design and control
4. Robotic leg design

Key Words: Robotics, kinematics, mechanism design, robotic hand, kinematic synthesis

Applications: Robot automation, transport systems, domestic robot

Measurement and Intelligent Systems

TAKATA Keiji, Professor

【Research Topics】
1. Development and application of novel measurement techniques using scanning probe microscopy
2. Scanning tunneling microscope with an ultrasonic detector to observe nonconductive material
3. Novel method, strain imaging, for imaging ferroelectric and ferromagnetic properties with high resolutions
4. Strain imaging of li-ion batteries
5. Photo-induced strain imaging for high-resolution imaging of band-gap energies

Key Words: Scanning probe microscopy, strain imaging, piezoelectric properties, lead zirconate titanate, magnetic properties, magnetostriction, hard disk drive head

Applications: Hard disk drives, Li-ion batteries

MAE Yasushi, Professor

mae

【Research Topics】
1. Human / environment recognition
2. Human-centered intelligent system design
3. Natural human-robot interaction

Key Words: Robot vision, intelligent robot, human-robot interaction, human-centered systems

Applications: Human support systems, personalized robot service, automatic monitoring/inspection

RATSAMEE Photchara, Associate Professor

ratsamee

【Research Topics】
1. Adaptive/hybrid robotic systems
2. Autonomous inspection/construction robot systems
3. Human-robot interaction and collaboration
4. Ai in robotic systems
5. Rescue robot systems

Key Words: Robotics, automation, AI, inspection, human-robot interaction

Applications: Industrial inspection, disaster response, smart agriculture, healthcare robotics

Nanophysics and Nanomaterials Engineering

ITO Takeshi, Professor

t.ito

【Research Topics】
1. Biosensor based on functional surfaces and nanosize structures
2. Physical‒chemical analysis of nanosize materials and their application for sensors
3. Biomimicry and related engineering
4. Antibacterial and anti-biofouling technology

Key Words: Micro fabrication process, self‒assembled nanostructure, nanosize materials, thin film, biomaterial, inorganic and organic catalyst, biomimicry, antibacterial, anti-biofouling

Applications: Biochemical analysis, food analysis, biomimetics, environment analysis, micro fluidic device, bioreactor

SHIMIZU Tomohiro, Professor

shimi

【Research Topics】
1. Synthesis of semiconductor nanowires and application of the wire to electronics devices
2. Fabrication of nanostructures using porous alumina template
3. Development of mass-synthesis of metal and semiconductor nanowires

Key Words: Quantum wire, nano-wire, nano-rod, nano-particle, whisker, anodic alumina, porous alumina, vapor-liquid-solid growth, chemical vapor deposition

Applications: Wrap-gated nanowire transistor, photovoltaic cell, light emitting device, transparent conductive film

Fluid Engineering and Biomechanics

TAJIKAWA Tsutomu, Professor

tajikawa

【Research Topics】
1. Design, development and evaluation of mechanical specifications for artificial/native organs
2. Development of novel artificial heart valves and blood vessels
3. Experimental study for fluid-structure interaction problems

Key Words: Fluid engineering and biomechanics, experimental fluid mechanics, flow visualization and measurements, engineering-based medicine, FSI(Fluid-Structure Interaction) problems

Applications: Evaluation for native/artificial organ/tissue, design and development of artificial organ and diagnostic/therapeutic devices

YAMAMOTO Yasufumi, Professor

yamayasu

【Research Topics】
1. Numerical analysis of multiphase flows containing moving and deforming interfaces
2. Application of wettability and surface tension dominated phenomena

Key Words: Numerical simulation, multiphase flow, interface, bubble, drop, wettability

Applications: Printing, coating

OTOMO Ryoko, Associate Professor

otomo

【Research Topics】
1. Analysis of particle motion by stokesian dynamics approach
2. Study on swelling and hemolytic behavior of human red blood cells caused by osmotic pressure difference

Key Words: Multiphase flow, stokes flow, microfluidics, hydrodynamic interaction, particle suspension, red blood cells, fibrous membranes

Applications: Separation, filtration, and control of cells and particles in liquid optimum design of micro devices and membranes

Ergonomics and Biomedical Engineering

KOTANI Kentaro, Professor

kotani

【Research Topics】
1. Neurophysiological characteristics of tactile perception
2. Industrial and medical applications of eye movement characteristics

Key Words: Tactile perception, saccadic eye movement, magnetoencephalography, mechanoreceptors, human-computer interaction, input device

Applications: Design of input device, virtual reality, tactile display, medical screening device, usability evaluation, ergonomics of human work, work physiology

SUZUKI Satoshi, Associate Professor

ssuzuki

【Research Topics】
1. Non-contact vital-sign monitoring using microwave radar and application to medical engineering
2. Estimation of change in user's status using neurophysiological information
3. Biological signal processing intended to apply for predictive control

Key Words: Non-contact, vital-sign monitoring, microwave radar, mental stress, arousal, brain-machine interface

Applications: Medical engineering, biomedical measurement, safety engineering, welfare engineering, man-machine interface, psychophysiology

Robot and Microsystems

AOYAGI Seiji, Professor

aoyagi

【Research Topics】
1. Sensor feedback control for robotics, high speed and high precision control in mechatronics
2. Mobile home/welfare robot based on RECS (robot environment compromising system)
3. Micromachined medical tools such as microneedles, micro sensors for robotics based on MEMS (microelectromechanical systems)

Key Words: Robotics, mechatronics, sensor control, home/welfare robot, MEMS, microneedles, micro sensors (accelerometer, tactile sensor, ultrasonic sensor, magnetic sensor)

Applications: Industrial robot, home/welfare robot, micro robot, micro medical devices, micro sensors

SUZUKI Masato, Professor

m.suzuki

【Research Topics】
1. Development of fabrication process for micro machining
2. Micro sensor system using semiconductor devices and mems devices

Key Words: Micro electro mechanical system (MEMS), micro sensors, semiconductor process, optical devices

Applications: Micro machining, MEMS processing, precision processing technology, sensor engineering, optical engineering, engineering for semiconductor devices

TAKAHASHI Tomokazu, Associate Professor

t.taka

【Research Topics】
1. Mems (micro electro mechanical systems) based micro power generator for the portable devices
2. Universal robotic hand

Key Words: Robot hand, micro power generation, actuator

Applications: Material handling, micro power generator