Mechanical Science and Engineering
[Master's Program] Mechanical and Aerospace Engineering
Doctorate (Engineering) Field of Degree: Machinery
Production Mechanical Engineering
Liquid Waste Treatment
My Areas of Research
Development of processing liquids for machining. Preventing the problem of rust
The processing fluids used in conventional cutting and grinding processes contain agents such as oil and surfactants. However, there is concern about the health hazard to workers, and both cost and greenhouse gas emissions are issues in the processing, such as incineration, of the waste liquids. To address this problem, I have developed an electric rust prevention processing method that uses water alone as the working fluid. When processing is carried out with water, rust-related problems may occur, and this has been solved by applying a weak electric current to the workpiece (ferrous material) being processed. In addition, I am also engaged in research into microprocessing using an adhesion process where metal is deposited, instead of a removal process where metal is ground away.
My Teaching Philosophy
My goal is to foster people who can participate in the real world, giving shape to ideas and really making things by applying their expertise to the development of machining and mother machines (machines for making machines), manufacturing moving machinery and objects that function and conducting research into the manufacturing that creates new things.