PhD (Engineering)

No

CFRP manufacturing technology, measurement, machining

00years00months

Research: Research on CFRP manufacturing technology.
Education: Guidance of machining, electric circuit production, and software
development.

Research Interests

• Development of micro shape measurement probe and measuring device using optical fiber
  keyword : Optical fiber, micro, three dimensional measurement
  2015.04Mass compound vessel used at the hydrogen station is developed..
• Development of CFRP high pressure hydrogen vessel manufacturing method
  keyword : carbon fiber, hydrogen, very high pressure vessel
  2013.05Mass compound vessel used at the hydrogen station is developed. .
• Development of carbon fiber reinforced very high pressure hydrogen vessel
  keyword : carbon fiber, hydrogen, very high pressure vessel
  2005.07～2007.03Mass compound vessel used at the hydrogen station is developed. .
• Enclosed Sea Environmental Project to Create: CFRP Development of optical oxygen supply of timber for construction
  keyword : CFRP, oxygen supply, light supply
  2003.04～2007.03Light and the oxygen supply device that applies the CFRP processing technology to cancel the deposit in the bottom of the sea that becomes a problem in the pearl oyster cultivation in Mie Prefecture Ago-wan Bay etc. are developed. Fiscal year 2003, the source of light that used LED was made for trial purposes with the development of the CFRP cable manufacturing device..
• Development of production of carbon fiber reinforced ultra-high pressure hydrogen tank
  keyword : Carbon fiber hydrogen tanks
  2003.07～2005.03Carbon fiber reinforced very high pressure hydrogen tank and this manufacturing device to increase the following distance such as fuel cell vehicles are developed. .

Current and Past Project

• Towards the fuel cell vehicle spread from the start in 2015, the development of hydrogen supply infrastructure has been developed. In this project, the aim of the cost of the accumulator high ratio to the total equipment cost of hydrogen station construction costs, will be developed on the CFRP composite accumulator manufacturing technology.
• To target the accumulator for the hydrogen station, and to examine the possibility of commercialization of equipment for multi-FW yarn feeding device to improve the productivity of FW for the production of CFRP. We compare the performance and productivity from both sides of the accumulator, the yarn feeding device FW conventional single yarn feeding device and the multi-FW. Performance evaluation is carried out, etc. rupture test produced a FW device for evaluation, using a test piece for evaluation.
• The spread of fuel cell electric vehicles needs to put hydrogen supply infrastructure development in prospective by then, although 2015 are made into technical judgment time. With this enterprise, research and development in the accumulator dexterous large-sized CFRP container of advantageous 80MPa specification also in space also in cost is done as technology indispensable to hydrogen supply infrastructure development as compared with the present steel pressure accumulator.

Academic Activities Membership in Academic Society

• The Japan Society for precision Engineering
• Japan Society Of Mechanical Engineers

Educational Activities

Professional and Outreach Activities