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ものづくり技術（48件）

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SASAKI Tomohiroprofessor SASAKI Tomohiro: Deformation analysis of metal materials using laser interferometers Research on cutting and surface treatment of TiAl-based alloys; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Measurement engineering / Optical measurement / Nanotechnology and materials / Material processing and structural control / Materials mechanics / Mechanical materials /...; Professor SASAKI Tomohiro Deformation analysis of metal materials using laser interferometry Research on cutting and surface treatment of TiAl-based alloys Manufacturing technology (mechanical, electrical, electronic, chemical engineering) / Measurement engineering / Optical application measurement / Nanotechnology and materials / Material processing, structure control / Mechanics of materials / Machine materials / Material joining SASAKI Tomohiro Optical measurement Material joining Ultrasound Materials processing Metallurgy D (Advanced Mechanical Systems) Systems Creation Science Natural Sciences Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

SATO Ryoichiprofessor SATO Ryoichi: Development of radio wave propagation analysis methods Research on natural vegetation observation using polarimetric radar; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering)/Communication Engineering; Laboratory site; Professor Sato Ryoichi Development of radio wave propagation analysis methods Research on natural vegetation observation using polarimetric radar Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Communication Engineering Sato Ryoichi Electromagnetic theory Radar polarimetry H (Information Society Design Science) Information Society Design Science Humanities and Social Sciences, Education Series (Faculty of Education) Faculty of Education

SHIINO YutaAssociate Professor SHIINO Yuta: Paleoecology and evolution of extinct organisms; Life sciences / Biological diversity / Taxonomy / Evolutionary morphology / Evolutionary biology / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Fluid engineering / Natural sciences...; SHIINO Yuta Associate Professor Paleoecology and evolution of extinct organisms Life sciences / Biological diversity / Taxonomy / Evolutionary morphology / Evolutionary biology / Manufacturing technology (mechanical, electrical, electronic and chemical engineering) / Fluid engineering / General natural sciences / Solid earth science / Geosciences SHIINO Yuta Fossils Functional morphology Evolution Paleozoic Era Invertebrates Evolutionary morphology Paleontology Radiolaria Biomechanics Brachiopods Trilobites Biofluids Paleontology and evolutionary morphology E (Geology) K (Field Science and Science) Life environment and food science Field science Human brain and health science Natural sciences, Earth and biological sciences series (Faculty of Science) Faculty of Science

SHIMIZU HidehikoAssociate Professor Hidehiko SHIMIZU: Study on the control of microstructure and properties of thin films by sputtering; Nanotechnology and Materials / General Applied Physics / Manufacturing Technology (Mechanical, Electrical and Electronic, Chemical Engineering) / Electrical and Electronic Materials Engineering; SHIMIZU Hidehiko Associate Professor Research on the microstructure and property control of thin films by sputtering Nanotechnology and Materials / General Applied Physics / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Electrical and Electronic Materials Engineering SHIMIZU Hidehiko Physics of Ionized Gases Magnetic Thin Films Discharge Physics Magnetic Thin Films Electronic and Electrical Materials Engineering Electronic Devices D (Electronic, Information, and Communication Systems) Systems Innovation Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering

SHINBO Kazunariprofessor Shinbo Kazunari: Thin film structural evaluation and device applications using surface plasmon excitation; Manufacturing Technology (Mechanical, Electrical and Electronic, Chemical Engineering) / Electrical and Electronic Materials Engineering; Professor SHINBO Kazunari Thin film structural evaluation and device application using surface plasmon excitation Manufacturing technology (mechanical, electrical and electronic, chemical engineering) / Electrical and electronic materials engineering SHINBO Kazunari Surface plasmons Quartz crystal microbalance Organic transistor Organic solar cell Functional thin film Electrical and electronic materials Functional organic ultra-thin film D (Electronic, Information and Communication Systems) J (Carbon-neutral Integrated Science)** Systems Innovation Science Carbon-neutral Integrated Science Animation and video resource science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering

SUGAWARA AkiraAssociate Professor Akira SUGAWARA: Research on wind and solar power generation Research on high voltage engineering; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Power Engineering / Nanotechnology and Materials / Energy Chemistry; Akira Sugawara Power Engineering Power Conversion Electrical Equipment Electrical Energy Engineering High Voltage Engineering High Voltage Engineering/Power Engineering D (Electronics, Information and Communication Systems) J (Carbon Neutral Integrated Science) System Innovation Science Carbon Neutral Integrated Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering Manufacturing Technology (Mechanical, Electrical and Electronic Engineering, Chemical Engineering)/Power Engineering/Nanotechnology/Materials/Energy Chemistry
SUGAWARA Akira Associate Professor Research on wind and solar power generation Research on high-voltage engineering Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / power engineering / nanotechnology and materials / energy chemistry SUGAWARA Akira Power Engineering Power Conversion Electrical Equipment Electrical Energy Engineering High-Voltage Engineering High-Voltage Engineering and Power Engineering D (Electronic, Information, and Communication Systems) J (Carbon-Neutral Fusion Science) Systems Innovation Science Carbon-Neutral Fusion Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering

SOHGAWA MasayukiAssociate Professor Masayuki SOHGAWA: Tactile Devices: Development of microsensor and actuator devices such as bio-measuring devices and their application to robotics and Kansei engineering systems.; Information and communications / Perceptual information processing / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Electrical and electronic materials engineering / Mechanical mechanics / Mechatronics / Nanomicro...; SOHGAWA Masayuki Associate Professor Tactile Devices Development of microsensor and actuator devices such as bio-measurement devices and their application to robotics and Kansei engineering systems Information and Communications / Perceptual Information Processing / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Electrical and Electronic Materials Engineering / Machine Mechanics / Mechatronics / Nano/Micro Mechatronics / Robotics / Intelligent Mechanical Systems / Electronic Devices / Electronic Equipment / Nanotechnology and Materials / Nano/Micro Systems / Nanomaterials Science SOHGAWA Masayuki Etching Sensor PDMS Cantilever Multimodal Biosensor MEMS Micromachining Tactile Sensor Piezoelectric Micromachining Piezoelectric Thin Film Ferroelectric Thin Film Texture Tactile Sensor Sensor and Micromachine Intelligent Mechanical Systems D (Advanced Mechanical Systems) Systems Innovation Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

TAJIMA HideoAssociate Professor TAJIMA Hideo: Development and evaluation of new separation technologies and materials that contribute to environmental conservation; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Transport phenomena / Unit operations / Environment and agriculture / Environmental load reduction technology / Conservation and restoration technology; TAJIMA Hideo Associate Professor Development and evaluation of new separation technologies and materials that contribute to environmental conservation Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Transport phenomena / Unit operations / Environment and agriculture / Environmental impact reduction technology / Conservation and restoration technology TAJIMA Hideo Biodiesel Separation engineering Static mixer Thermosensitive gel Formose Gas hydrate Separation process engineering Chemical engineering Separation process engineering and chemical engineering C (Material creation chemistry) Material creation and basic science Natural science and production design engineering series (Faculty of Engineering) Faculty of Engineering

TANAKA Takaakiprofessor TANAKA Takaaki: Processing of biological materials Development and application of bioseparation materials Application of biocatalysts; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Transport phenomena / Unit operations / Nanotechnology and materials / Structural and functional materials / Life sciences / Applications...; Laboratory site; Professor TANAKA Takaaki Processing of biological materials Development and application of bioseparation materials Application of biocatalysis Manufacturing technology (mechanical, electrical, electronic, chemical engineering) / Transport phenomena / Unit operations / Nanotechnology and materials / Structural materials, functional materials / Life sciences / Applied microbiology / Biofunction application bioprocess engineering / Applied biochemistry TANAKA Takaaki Porous materials Separation materials (bio)mechanical evaluation bioengineering Membranes Biological functions and bioprocesses Biomaterials engineering Biochemical engineering C (Materials science) Material creation and basic science Production design engineering series in the natural sciences department (Faculty of Engineering) Faculty of Engineering

CHOI SamuelAssociate Professor Choi Samuel: Development of coherence tomography using optical frequency combs; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Measurement Engineering / Interferometer; Associate Professor CHOI Samuel Development of Coherence Tomography Using Optical Frequency Comb Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Measurement Engineering / Interferometer CHOI Samuel Optical Applied Measurement Optoelectronics D (Electronic, Information, and Communication Systems) Systems Innovation Science Department of Information and Electronic Engineering in the Natural Sciences Division (Faculty of Engineering) Faculty of Engineering

TSUKIYAMA YosukeAssociate Professor TSUKIYAMA Yosuke: Micro-nano tribology High friction technology; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Machine elements / Tribology / Design engineering; Laboratory site; TSUKIYAMA Yosuke Associate Professor Micro-Nano Tribology High Friction Technology Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Machine Elements / Tribology / Design Engineering TSUKIYAMA Yosuke Tribology D (Advanced Mechanical Systems) Systems Creation Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

NAKAKURA MitsuhoAssistant professor Mitsuho Nakakura: Elucidation of conjugate heat transfer phenomena in complex structures Technological development of concentrated solar thermal energy utilization; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering)/Thermal Engineering/Heat Transfer; NAKAKURA Mitsuho Assistant Professor Elucidation of conjugate heat transfer phenomena in complex structures Technological development of concentrated solar heat utilization Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Thermal Engineering / Heat Transfer NAKAKURA Mitsuho Heat transfer Solar heat utilization Numerical simulation Porous media Heat transfer engineering D (Advanced Mechanical Systems) Systems Creation Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

NAKANO Keisukeprofessor Keisuke Nakano: Delay-tolerant network Information floating Mobile multi-hop network Network performance evaluation; Information and Communications / Information Networks / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Communication Engineering; NAKANO Keisuke Professor Delay-tolerant networks Information floating Mobile multi-hop networks Network performance evaluation Information and communications/Information networks/Manufacturing technology (mechanical, electrical, electronic, and chemical engineering)/Communication engineering NAKANO Keisuke Network engineering Fundamental research on network systems Information floating (protocols, optimization, performance evaluation) Automatic restart methods Applications in disasters Mobile information networks Computer networks Epidemic communications Protocols and performance evaluation of delay-tolerant networks (DTN) Fundamental research on multi-hop wireless networks (theoretical analysis of connectivity and communication quality, etc.) Development and evaluation of information transmission methods in disasters Optimization of charging infrastructure for electric vehicles Mobile communications H (Information Society Design Science) Information Society Design Science Department of Information and Electronic Engineering, Natural Sciences (Faculty of Engineering) Faculty of Engineering

BABA Akiraprofessor BABA Akira: Nanoelectronic devices and biosensor applications using organic electronic materials; Nanotechnology and Materials / General Applied Physics / Applied Physical Properties / Organic and Molecular Electronics / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Electrical and Electronic Materials...; BABA Akira Professor Nanoelectronic devices and biosensor applications using organic electronic materials Nanotechnology and materials / General applied physics / Applied physical properties / Organic and molecular electronics / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Electrical and electronic materials engineering Baba Akira BABA Akira Organic and bioelectronics Organic materials engineering D (Electronics, Information and Communication Systems) J (Carbon-neutral Integrated Science) Systems Innovation Science Carbon-neutral Integrated Science Animation and video resource science Natural Sciences, Information and Electronic Engineering Series (Faculty of Engineering) Faculty of Engineering

HIRAO AtsutoshiAssociate Professor HIRAO Atsutoshi: On-machine forming and machining of micro-tools Application of ultrasonic vibration machining; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Processing Science, Production Engineering; Laboratory site; HIRAO Atsutoshi Associate Professor On-machine forming and machining of micro-tools Application of ultrasonic vibration machining Manufacturing technology (mechanical, electrical, electronic, chemical engineering) / Machining science, Production engineering HIRAO Atsutoshi Production engineering Electrical discharge machining Machining science Abrasive machining Precision engineering Production engineering/Machining science D (Advanced mechanical systems) Systems innovation science Educational science series in the Humanities and Social Sciences (Faculty of Education) Faculty of Education

HIRAMOTO Kazuhikoprofessor HIRAMOTO Kazuhiko: Motion and vibration control system design for structural systems and mechatronic equipment; Life sciences / Rehabilitation science / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Control engineering / Systems engineering / Information and communications / Robotics...; HIRAMOTO Kazuhiko Professor Control system design for the motion and vibration of structural systems and mechatronics equipment Life sciences / Rehabilitation science / Manufacturing technology (mechanical, electrical, electronic and chemical engineering) / Control / Systems engineering / Information and communications / Robotics / Intelligent mechanical systems / Machine mechanics / Mechatronics HIRAMOTO Kazuhiko HIRAMOTO Kazuhiko Application of optimization methods to biomechanics Theory of control system design and its application to the control of mechanical systems and architectural structures Theory of Control System Design and its Application for Mechanical Systems Mechanical mechanics and control Mechanical mechanics and control engineering D (Advanced Mechanical Systems) Systems Creation Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

FUKUI Satoshiprofessor FUKUI Satoshi: Improving the performance of high-temperature superconducting wires Development of superconducting power equipment; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering)/Power Engineering; Professor FUKUI Satoshi Improving the performance of high-temperature superconducting wires Development of superconducting applied power equipment Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Power Engineering FUKUI Satoshi Superconductivity Engineering High-Temperature Superconducting Rotating Machines Electromagnetic Applications Applied Superconductivity Engineering D (Electronic, Information, and Communication Systems) J (Carbon-Neutral Integrated Science) Systems Innovation Science Carbon-Neutral Integrated Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering

BELLAN SELVANAssociate Professor BELLAN SELVAN: Development of high-temperature latent heat storage systems for high-efficiency solar thermal power generation Development of solar thermochemical reactors for hydrogen production; Energy/Earth Resources Engineering/Energy Studies/Solar Thermal Energy/Thermal Energy Storage/Solar Thermochemical Hydrogen Produ...; BELLAN SELVAN Associate Professor Development of a high-temperature latent heat storage system for improving the efficiency of solar thermal power generation Development of a solar thermochemical reactor for hydrogen production Energy/Earth Resources Engineering/Energy Science/Solar thermal Energy/Thermal energy storage/Solar thermochemical hydrogen production/General Natural Sciences/Mathematical Physics/Fundamentals of Physical Properties/Fluid mechanics/Computational fluid dynamics/Heat & Mass Transfer;/Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering)/Thermal Engineering/Fluid Engineering; Heat and Mass Transfer/Applied Plasma Science/Thermal plasmas BELLAN SELVAN Thermal energy storage systems Solar thermochemical reactors Solar thermochemical hydrogen production Thermal Plasma Processing Heat and mass transfer Fluid mechanics Computational fluid dynamics Fluidized bed reactors Solar Thermal Energy Heat and mass transfer Computational fluid dynamics Concentrated solar thermal technology C (Materials Creation Chemistry) J (Carbon-Neutral Interdisciplinary Science) Materials Creation and Basic Science Carbon-Neutral Interdisciplinary Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

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ものづくり技術 （48件）

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ものづくり技術（48件）