Mechanical Dynamic Laboratory

Developing methods of analyzing no-contact, no-fracture vibration experiments using laser technology

 
We are engaged in theoretical and experimental research on dynamic analyses related to mechanical mechanics, vibration engineering and acoustic engineering. Our goals are to drastically enhance analytical techniques by developing new experimental technologies and adding value to existing ones. To that end, we use laser-induced plasmas to develop no-contact, no-fracture vibroacoustic analytical technology. These methods can be used to identify transmission pathways that take into account the degree of rotational freedom, detect damage to airplane structures, analyze combustion vibration in rocket engines, and evaluate the quality of fruits and vegetables.
lab_naoki_hosoya
College of Engineering
Engineering Science and Mechanics
Faculty Name
HOSOYA, Naoki
Academic Society
The Japan Society of Mechanical Engineers
Combustion Society of Japan
American Institute of Aeronautics and Astronautics(AIAA)
The American Society of Mechanical Engineers, ASME
The Visualization Society of Japan
Acoustical Society of Japan     
Keyword
Laser, Measurement technology, Laser-induced plasmas, Motion control, Acoustics, Polymers, Vibration-generated power, Control system, Ultrasonic waves

Study Fields

   Mechanical engineering, Vibroacoustic engineering, Mechanical mechanics, Aeronautical engineering, Applied physics

For Society

By establishing a laser technology, we can conduct vibration experiments on areas that have previously proven difficult, such as water robot manipulators, revolving bodies, membrane structures, MEMS (micro electro mechanical systems) and NEMS (nano electro mechanical systems), and the quality of fruits and vegetables.

Research Themes

Links