Staff

Chang Yi Kong Professor / Hamamatsu

Research Area

Supercritical Fluids, Physical Properties, Carbon Nanomaterials

Research Detail

Involved in carbon nanomaterials (such as graphene oxide, graphene and nanocomposite material, etc.) and in thermodynamic properties in supercritical fluids.

Junichi Asama Professor / Hamamatsu

Research Area

Precision Mechanical System

Research Detail

I am working on bearingless motor, magnetic bearing, and power Mechatronics. Please visit the group website.

Takaaki Oiwa Professor / Hamamatsu

Research Area

Precision Mechanism, Precision Measurement

Research Detail

We are trying to create a machine with perfect 6-degree-of-freedom (6-DOF) motions by adopting some basic principles of the precision mechanism, and using advanced measurement and control technologies.

Fujio Kuwahara Professor / Hamamatsu

Research Area

Thermal engineering, Porous media

Research Detail

Using the average volume theory, the derivation of the macroscopic governing equations, it is the determination of the model coefficients. In addition, I have done research on industrial applications.

Toshiyuki Sanada Associate Professor / Hamamatsu

Research Area

Fluids Engineering, Multiphase Flow, Physical Cleaning

Research Detail

Elucidation of physics of dispersed multiphase flow (e.g. bubbles or droplets), and its application for surface cleaning.

Yoshinobu Shimamura Professor / Hamamatsu

Research Area

Composite materials, Strength of materials

Research Detail

Our group does research on strength of composite materials and very high cycle fatigue of metals.

Masaki Shintani Professor / Hamamatsu

Research Area

Environmental Microbiology,Microbial genetics

Research Detail

Analyses of behaviors of mobile genetic elements (plasmids, transposons) in microbial consortia.

Toshihiko Noguchi Professor / Hamamatsu

Research Area

Power Electronics, Motor Drive, Motor Hardware

Research Detail

Development of Varieties of Novel, Original, and Usefull Power Converters and Motor Hardware.

Kunio Hayakawa Professor / Hamamatsu

Research Area

Material Forming

Research Detail

Process simulation of material forming process, Evaluation of deformation, damage and service life of materials. Evaluation of tribological property in material forming process.

Mitsuhiro Fukuta Professor / Hamamatsu

Research Area

Refrigeration, Fluid Machinery, Energy Conversion

Research Detail

Development of high efficiency and reliable fluid machinary. Clarifing internal phenomena in refregerant compressors. Instrumentation in refregeration cycles.

Choji Fukuhara Professor / Hamamatsu

Research Area

Catalysis chemistry, Reaction engineering, Physical chemistry, Chemical engineering

Research Detail

New energy creation, Renewable energy utilization, Novel-type reactor and catalyst, Hydrogen production, CO2 utilization for useful resources.

Hiroyuki Futamata Professor / Hamamatsu

Research Area

Research Detail

Our research topics are 1) Bioremediation targeting tetrachloroethene, 2) Analysis of nitrogen cycle for cleaning up eutrophication, 3) Microbial fuel cells and 4) Understanding of microbial ecosystem.

Makoto Matsui Professor / Hamamatsu

Research Area

High temperature gas dynamics, plasma diagnostics, space prosulsion system

Research Detail

Developments of novel high enthalpy wind tunnel using laser plasma and its diagnostics methods using spectroscopies.

Mobedi Moghtada Professor / Hamamatsu

Research Area

Heat Transfer

Research Detail

Enhancement of Heat Transfer , Thermal Energy Storage, Heat and Fluid Flow in Porous Media, Computational Heat Transfer

Satoru Morita Professor / Hamamatsu

Research Area

Nonlinear dynamics, Mathematical Biology, Complex Networks

Research Detail

Mathematical modeling to study nonlinear phenomena in complex systems. The goal is to clarify the relationship between function and structure.

Idzumi Okajima Associate Professor / Hamamatsu

Research Area

Chemical Engineering, Superitical Fluids Engineering

Research Detail

We investigate recycling of waste plastics and utilization of biomass using subcritical/supercritical water or alcohol.

Shoichi Kikuchi Associate Professor / Hamamatsu

Research Area

Strength of Materials

Research Detail

We develop the multifunctional metallic materials by modifying their microstructure in order to suppress the failure of mechanical components.

Hitoshi Haga Associate Professor / Hamamatsu

Research Area

Power Electronics

Research Detail

・Power Converters
・Motor Drives
・Power electronics applications of renewable energy

Tomoyuki Fujii Associate Professor / Hamamatsu

Research Area

Strength of materials

Research Detail

Research on fracture and strength of advanced materials for creating a safe and secure society.

Masaaki Motozawa Associate Professor / Hamamatsu

Research Area

Fluid Engineering, Non-Newtonian Fluid, Fluid function, Refrigiration system

Research Detail

We investigate a fluid function by using magnetic functional fluid, viscoelastic fluid and nanofluid etc. to apply to enhancment of heat transfer and reduction of flow resistance.

Kengo Yoshida Associate Professor / Hamamatsu

Research Area

Plasticity thoery, Metal forming

Research Detail

Our goals are to improve the accuracy of metal forming simulations and to predict forming limits precisely. We are conducting researches on experimental techniques for measuring the plastic deformation properties and formability of sheet metals, development of macroscopic and microscopic constitutive laws, and their applications in forming simulations.

Ryo Watanabe Associate Professor / Hamamatsu

Research Area

Catalysis, Reaction engineering

Research Detail

We are trying to control chemical reactions by controlling the migration of lattice anions in solid oxides and solid sulfides. In addition, we are attempting to create a structural catalytic reaction field for social applications.

Hiroyuki Kimura Professor / Shizuoka

Research Area

Geomicrobiology, Environmental Genomics, Novel Energy Production

Research Detail

We carry out studies on physiology and ecology of prokaryotes inhabiting oceanic, subsurface, and extreme environments. We also develop bioenergy production system using subterranean microbial community.

Tatsuhiko Kawamoto Professor / Shizuoka

Research Area

Geology and Mineraloy

Research Detail

We study subduction-zone-fluids delivering seawater to volcanoes. The picture shows the salinity map in subduction zones recorded in fluid inclusions.

Akihisa Kitamura Professor / Shizuoka

Research Area

Quaternary paleoceanography

Research Detail

I examine response of shallow marine ecosystem to Quaternary climate changes.

Shin’ichi Sato Professor / Shizuoka

Research Area

Actuopaleoecology, Paleobiology

Research Detail

1. Analysis of the life-history traits in extant and fossil bivalves based on the shell microgrowth patterns. 2. Temporal changes of bivalves and gastropods in Isahaya Bay shut off from Ariake Sea, western Kyushu, Japan.

Akira Tsukagoshi Professor / Shizuoka

Research Area

Zootaxonomy, Biodiversity, Paleobiology

Research Detail

Based on taxonomy, I study on the natural history of Ostracoda (Crustacea: Arthropoda) in view of evolution.

Taketomo Fujiwara Professor / Shizuoka

Research Area

Microbial biochemistry, environmental microbiology

Research Detail

Biochemical investigation on nitrifying and denitrifying microorganisms have been performed in my lab.

Quan Wang Professor / Shizuoka

Research Area

Remote Sensing Applications, Ecological Modeling, Environmental Change

Research Detail

Main research foci are on multiple-scale C/H2O simulation models and remote sensing applications. Special attentions are paid for retrieval of required parameters via remote sensing techniques for ecological models at various scales, as well as data-fusion for multiple-scale simulations under global change.

Hidemi Ishibashi Associate Professor / Shizuoka

Research Area

Earth Science・Petrology・Volcanology

Research Detail

We investigate physicochemical properties of magma and pre- and syn-eruptive processes based on material science of volcanic products.

Yasuhisa Oya Associate Professor / Shizuoka

Research Area

Chemistry for nuclear fusion and nuclear energy system, Chemistry for beta-emission nuclides

Research Detail

Elucidation of interaction mechanism between radionuclides and materials in fusion reactor and nuecler energy system. Behavior of beta-emission nuclides in environment.

Rei Sonobe Assosiate Professor / Shizuoka

Research Area

リモートセンシング

Research Detail

次農業分野におけるリモートセンシング技術の適用に関する研究を行っています。

Takumi Chikada Assosiate Professor / Shizuoka

Research Area

Advanced energy chemistry, Fusion engineering, Radiochemistry

Research Detail

For R&D in advanced energy systems such as hydrogen energy and fusion reactors, we study on physical and chemical behaviors of materials, in particular hydrogen-material interactions.

DUR Gaël Associate Professor / Shizuoka

Research Area

Individual-Based Model – Plankton Ecology

Research Detail

In the DGTalAquaLab, we study the response of aquatic organisms to anthropogenic perturbations. In particular, research integrates data vizualisation and analysis, and modeling to contribute to the understanding of how individual biology, physiology, behavior, as well as demographic and evolutionary processes influence the response of population to different stresses.

Hirauchi Ken’ichi Associate Professor / Shizuoka

Research Area

Research Detail

Yuta Mitsui Associate Professor / Shizuoka

Research Area

Solid Earth Geophysics

Research Detail

Estimating how the ground is moving and what is happening underground.

Makoto Yanaga Associate Professor / Shizuoka

Research Area

Nuclear and radiochemistry, Bioinorganic chemistry

Research Detail

Speciation of radiocesium and removal from soil, Studies on behavior of trace metal elements in living organisms by means of radioscientific techniques, Distribution of radioactive cesium of surface soil in Shizuoka prefecture.

⬆️Back to top