ものづくり技術一覧 | 新潟大学大学院総合学術研究科

ものづくり技術（48件）

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ABE Takashiprofessor ABE Takashi: Development of micro/nano devices Development of MEMS manufacturing equipment; Information and Communications / Machine Dynamics / Mechatronics / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Measurement Engineering / Nanotechnology and Materials / Nano/Microsystems...; Laboratory site; Professor Abe Takashi Development of micro and nano devices Development of MEMS manufacturing equipment Information and communications / Machine mechanics / Mechatronics / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Measurement engineering / Nanotechnology and materials / Nano/micro systems / Robotics / Intelligent mechanical systems Abe Takashi Abe Takashi Tough MEMS Microfabrication MEMS Quartz MEMS Sensors Sensors and micromachines Micromachine engineering D (Advanced mechanical systems) Systems Creation Science Natural Sciences Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

ISHII NozomuAssociate Professor ISHII Nozomu: Antenna measurements in lossy media. Underwater electromagnetic field applications.; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Communication Engineering / Antenna; Laboratory site; ISHII Nozomu Associate Professor Antenna measurement in lossy media Underwater electromagnetic field application Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Communication engineering / Antenna ISHII Nozomu Small antenna Antenna measurement Antenna in liquid Biological environment electromagnetic engineering Antenna engineering Electromagnetic wave engineering Electromagnetic environment engineering H (Information Society Design Science) Information Society Design Science Department of Information and Electronic Engineering in the Natural Sciences (Faculty of Engineering) Faculty of Engineering

IMAMURA Takashiprofessor IMAMURA Takashi: Behavioral measurement and modeling Development of mobility support devices Application of remote control and VR technology Educational technology; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / control and systems engineering / information and communications / mechanical mechanics, mechatronics, robotics, intelligent machinery...; Laboratory site; Professor IMAMURA Takashi Behavioral measurement and modeling Development of mobility support devices Application of remote control and VR technology Educational technology Manufacturing technology (mechanical, electrical, electronic, and chemical engineering)/Control, systems engineering/Information and communications/Mechanical mechanics, mechatronics/Robotics, intelligent mechanical systems/Measurement engineering/Learning support systems IMAMURA Takashi Intelligent mechanics and mechanical systems Measurement and control engineering Mechanical design Measurement, control engineering, and mechatronics H (Information Society Design Science) Information Society Design Science Department of Information and Electronic Engineering in the Natural Sciences Division (Faculty of Engineering) Faculty of Engineering

IWAKI MamoruAssociate Professor IWAKI Mamoru: Modeling of auditory processing mechanisms Development and application of instantaneous frequency analysis; Humanities and Social Sciences / Cognitive Science / Information and Communications / Intelligent Informatics / Speech Processing / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Communication Engineering / Signal Processing; IWAKI Mamoru Associate Professor Modeling of auditory processing mechanisms Development and application of instantaneous frequency analysis Humanities and Social Sciences / Cognitive Science / Information and Communications / Intelligent Informatics / Speech Processing / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Communication Engineering / Signal Processing IWAKI Mamoru Speech and Auditory Information Processing Speech and Auditory Signal Processing D (Human Information Systems) Systems Innovation Science Department of Information and Electronic Engineering in the Natural Sciences Division (Faculty of Engineering) Faculty of Engineering

USHIDA AkiomiAssociate Professor USHIDA Akiomi: Microfluidics Non-Newtonian fluid dynamics Fine bubbles Environmental load reduction technology; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Fluid engineering / Environment and agriculture / Environmental impact reduction technology / Conservation and restoration technology; Laboratory site; Associate Professor USHIDA Akiomi Microfluidics Non-Newtonian Fluid Mechanics Fine Bubbles Environmental Load Reduction Technology Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Fluid Engineering / Environment and Agriculture / Environmental Load Reduction Technology / Conservation and Restoration Technology USHIDA Akiomi Cleaning Microbubbles Non-Newtonian Fluid Dyeing Mechanical Engineering Microfluids Multiphase Flow Fluid Engineering Environmental Load Reduction Technology Ozone Ultrafine Bubbles D (Advanced Mechanical Systems) Systems Creation Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

OHKI MotofumiAssociate Professor OHKI Motofumi: Mechanical property evaluation of functional coating materials; Manufacturing technology (mechanical, electrical and electronic, chemical engineering) / Mechanics of materials / Mechanical materials / Material evaluation / Material strength; Laboratory site; OHKI Motofumi Associate Professor Evaluation of mechanical properties of functional coating materials Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Mechanics of Materials / Machine Materials / Material Evaluation / Material Strength OHKI Motofumi OHKI MOTOFUMI Composite Materials Surface and Interface Engineering Structure Functional Materials Machine Materials Mechanics of Materials Material Evaluation Material Strength C (Material Science) Material Creation and Basic Science Animation and Video Resource Science Production Design Engineering Series in the Natural Sciences Department (Faculty of Engineering) Faculty of Engineering

OGAWA JunAssociate Professor Jun OGAWA: Research into the application of superconductivity to medical and energy devices; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Power Engineering / Superconductivity Applications; Laboratory site; Associate Professor OGAWA Jun Research on the application of superconductivity to medical and energy equipment Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Power Engineering / Superconductivity Applications OGAWA Jun OGAWA Jun Superconductivity Applied Superconductivity Superconductivity Engineering Applied Superconductivity Engineering 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

ODA Masafumiprofessor ODA Masafumi: Custom-made optimal design for medical and welfare equipment; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Machine elements, tribology / Design engineering / Mechanics of materials, mechanical materials / Life sciences / Biotechnology...; ODA Masafumi Professor Custom-made optimal design of medical and welfare equipment Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Machine elements, tribology / Design engineering / Mechanics of materials, mechanical materials / Life science / Biomaterials / Biomedical engineering ODA Masafumi Welfare engineering Biomedical engineering Medical engineering and welfare engineering D (Advanced Mechanical Systems) H (Information Society Design Science) Systems Creation Science Information Society Design Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

OCHIAI AkihitoAssociate Professor Akihito OCHIAI: Physiological and structural biological research on bioactive proteins and their application to functional foods; Life sciences / Food science / Nanotechnology and materials / Biomolecular chemistry / Physiologically active substances / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Bio...; OCHIAI Akihito Associate Professor Physiological and structural biology of physiologically active proteins and their application to functional foods Life science / Food science / Nanotechnology and materials / Biomolecular chemistry / Physiologically active substances / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Biofunctional applications / Bioprocess engineering OCHIAI Akihito OCHIAI Akihito Biomaterials Engineering Protein Engineering C (Materials Science) Material Creation and Basic Science Natural Sciences Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

KANNO MasaakiAssociate Professor KANNO Masaaki: Characterization of controllable systems: A hybrid numerical/numerical optimization method.; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / control / systems engineering / general natural sciences / algebra / information and communications / mechanical mechanics / mechatronics; KANNO Masaaki Associate Professor Characterization of easily controllable systems Numerical and mathematical hybrid optimization methods Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Control / System engineering / General natural sciences / Algebra / Information and communications / Machine mechanics / Mechatronics KANNO Masaaki Control theory Computer algebra Algebraic computation methods H (Information Society Design Science) Information Society Design Science Department of Information and Electronic Engineering in the Natural Sciences Division (Faculty of Engineering) Faculty of Engineering

KIM MinseokAssociate Professor KIM Minseok: Radio wave propagation Space-time signal processing Software radio Cognitive radio; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering)/Communication Engineering; Laboratory site; KIM Minseok Associate Professor Radio wave propagation Space-time signal processing Software radio Cognitive radio Manufacturing technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Communication Engineering KIM Minseok Kim Minseok Wireless communication Radio wave signal processing Radio wave propagation Information and communication technology Wireless communication systems Digital signal processing technology Wireless signal processing 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

GOKON NobuyukiAssociate Professor GOKON Nobuyuki: Development of high-temperature solar latent heat and chemical heat storage technology Development of carbon dioxide recycling and fixation technology Hydrogen production from solar heat Solar gasification of fossil fuels and unused resources; Nanotechnology and Materials / Inorganic Materials and Properties / Metallic Materials Properties / Life Sciences / Biomaterials / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Catalysis...; Laboratory site; GOKON Nobuyuki Associate Professor Development of latent heat and chemical heat storage technology for high-temperature solar heat Development of carbon dioxide recycling and fixation technology Hydrogen production from solar heat Solar gasification of fossil fuels and unused resources Nanotechnology and materials / Inorganic materials, physical properties / Metal material properties / Life science / Biomaterials / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Catalytic processes / Resource chemical processes / Nanotechnology and materials / Energy chemistry / Energy / Earth resource engineering / Energy science / Metal production / Resource production / Life science / Biomedical engineering GOKON Nobuyuki Medical Organism Engineering and Material Science of Organism. Inorganic compounds. Metallic materials in general Metal oxide for use in solar thermochemical heat storage Metallic alloy for use in solar latent heat storage Thermochemical two-step CO2 splitting Hydrogen energy production Energy conversion High-temperature solar concentrated heat Solar gasification of biomass High-temperature chemical heat storage High-temperature latent heat storage Catalytic materials Nanoparticles Metal physical properties Inorganic materials chemistry Energy Chemistry Materials Science Energy and Materials Engineering C (Materials Creation Chemistry) J (Carbon-Neutral Integrated Science) Materials Creation and Basic Science Carbon-Neutral Integrated Science Natural Sciences Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

KORO Kazuhiroprofessor KORO Kazuhiro: Mechanics of ballast bed Dynamics of track system Structural analysis using stochastic finite element method and boundary element method; Social infrastructure (civil engineering, architecture, disaster prevention) / structural engineering / earthquake engineering / computational mechanics / manufacturing technology (mechanical, electrical, electronic, chemical engineering) / material mechanics / mechanical materials...; Laboratory site; KORO Kazuhiro Professor Mechanics of ballast trackbed Dynamics of track systems Structural analysis using stochastic finite element method and boundary element method Social infrastructure (civil engineering, architecture, disaster prevention) / Structural engineering / Earthquake engineering / Computational mechanics / Manufacturing technology (mechanical, electrical, electronic, chemical engineering) / Mechanics of materials / Machine materials / Earthquake engineering / Applied mechanics / Railway engineering, track mechanics KORO Kazuhiro KORO Kazuhiro Improving the efficiency of boundary element analysis Coupled vibration analysis of wheel and track systems Finite element analysis of ballast track subsidence phenomenon Homogenization analysis taking into account various variations in material and shape of non-homogeneous materials Track vibration analysis taking into account various variations in material and shape characteristics Applied mechanics Computational mechanics Civil Engineering (Applied Mechanics) E (Urban and Environmental Design) Life, Environment, and Food Sciences Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

GOTO KazuhiroAssociate Professor GOTO Kazuhiro: Nanostructures, Surfaces and Interfaces, Solar Cells, Energy Harvesting; Nanotechnology and Materials / Composite Materials / Interfaces / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Electrical and Electronic Materials Engineering / Applied Physics; GOTO Kazuhiro Associate Professor Nanostructures Surfaces and Interfaces Solar Cells Energy Harvesting Nanotechnology and Materials/Composite Materials/Interfaces/Manufacturing Technology (Mechanical/Electrical/Electronic/Chemical Engineering)/Electrical and Electronic Materials Engineering/Applied Physics GOTO Kazuhiro Nanostructures Surface and Interface Engineering Interface Control Optoelectronic Materials Solar Cells Electrical and Electronic Materials 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

KOMATSU HiroyukiAssistant professor Hiroyuki Komatsu: Hydrate-based gas separation technology; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Transport phenomena / Unit operations; Assistant Professor KOMATSU Hiroyuki Gas Separation Technology Using Hydrates Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Transport Phenomena / Unit Operations KOMATSU Hiroyuki Environmental Chemical Engineering C (Material Creation Chemistry) Material Creation and Basic Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

SAKAMOTO ShuichiAssociate Professor Shuichi SAKAMOTO: Measurement method using the acoustic properties of porous materials Sound field analysis by numerical analysis; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / design engineering / fault diagnosis / processing science / production engineering / sensors / information and communications / machine mechanics / mechatronics...; Laboratory site; Associate Professor SAKAMOTO Shuichi Measurement method using the acoustic properties of porous materials Sound field analysis using numerical analysis Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Design engineering / Fault diagnosis / Processing science / Production engineering / Sensors / Information and communications / Machine mechanics / Mechatronics / Acoustics engineering / Machine elements / Tribology SAKAMOTO Shuichi Mechanical Acoustics Engineering Noise Engineering D (Advanced Mechanical Systems) Systems Creation Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

SAKURAI AtsushiAssociate Professor Sakurai Atsushi: Research on thermal and optical energy transport in nano- and macro-scales; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Thermal engineering / Nanotechnology and materials / Optical engineering / Photon science; Laboratory site; SAKURAI Atsushi Associate Professor Research on heat and light energy transport at nano- and macro-scales Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Thermal Engineering / Nanotechnology and Materials / Optical Engineering / Photon Science SAKURAI Atsushi SAKURAI Atsushi Thermal Engineering Optical Engineering Optical Energy and Thermal Engineering D (Advanced Mechanical Systems) J (Carbon-Neutral Fusion Science) Systems Innovation Science Carbon-Neutral Fusion Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

SASAKI Shigenobuprofessor SASAKI Shigenobu: Spread spectrum communication Wideband wireless transmission method; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering)/Communication Engineering; Professor SASAKI Shigenobu Spread Spectrum Communication Wideband Wireless Transmission Method Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Communication Engineering SASAKI Shigenobu Spread Spectrum Communication Wideband Wireless Transmission Method Information and Communication Engineering D (Electronic, Information and Communication Systems) Systems Innovation Science Department of Information and Electronic Engineering, Natural Sciences (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）