機械システム工学専攻 Mechanical Systems Engineering Course
本専攻は,材料システム工学講座,熱流体工学講座,数理機械工学講座の3講座で構成し,設計の基盤技術である材料,エネルギー,応用力学,制御工学,加工学等に関する理論と技術を修得した専門技術者・研究者を養成します.
Mechanical Systems Engineering Course consists of three divisions: Design, Analysis and Processing of Engineering Materials, Thermal and Fluid Engineering, and Artificial Intelligence and Mathematical Engineering. The course trains students becoming professional engineers and researchers with advanced knowledge and techniques in the fields of materials, energy, dynamics, control, and processing.
←プラズマ窒化による炭素鋼の表面改質
Surface modification of carbon steels by plasmanitriding

材料システム工学講座:
Design, Analysis and Processing Engineering Materials:
本講座の教育研究は,材料学,材料力学,設計システム工学,加工システム工学,機械システム動力学の分野で行っています.
This division provides education and research within the fields of Engineering Materials, Strength of Materials, Engineering Design Systems, Processing Systems, and Mechanical Systems Dynamics.
←超音速ジェットの実験風景
Experiment of supersonic jets

熱流体工学講座:
Thermal and Fluid Engineering:
本講座の教育研究は,熱工学,流体力学,熱移動工学,流体機械学,エネルギーシステム工学の分野で行っています.
This division offers education and research related to Thermal Engineering, Fluid Engineering, Heat Transfer,Fluid Machinery, and Energy Systems Engineering.
←アクティブビジョンシステムによる物体追跡
Object tracking experiment using active vision system

数理機械システム工学講座:
Artificial Intelligence and Mathematical Engineering :
 本講座の教育研究は,計測工学,制御工学,機械基礎工学,高エネルギー加工学の分野で行っています.
Education and research of this division fall within Measurement Systems, Control Engineering, Fundamentals of Mechanical Engineering, and High Energy Manufacturing Processes.

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