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    (Last updated : 2017-07-21 16:21:06)
  Miura Masayoshi
   Kanagawa University  Faculty of Engineering Department of Mechanical Engineering
   Assistant Professor
■ Academic conference presentation
1. 2016/11/03 PHASE CHANGE WITH LIQUID COLUMN OSCILLATION IN PULSATING HEAT PIPE: EXPERIMENTAL STUDY USING FORCED OSCILLATION SYSTEM (The Fourth International Forum on Heat Transfer)
2. 2016/10/23 Study on Heat Transport Characteristics with Liquid Column Oscillation in Pulsating Heat Pipes (Effects of Working Fluids)
3. 2016/05/24 Study on the Liquid Film Thickness Formed with the Oscillation of the Liquid Column in Pulsating Heat Pipes
4. 2016/03/14 Study on the Mechanism of Heat Transport in a Pulsating Heat Pipe by Using a Forced Oscillation System (The Fisrt Pacific-Rim Thermal Engineering Conference)
5. 2015/10/25 Experimental Study on the Mechanism of Heat Transport in a Pulsating Heat Pipe by Using a Forced Oscillation System (Vapor Mass Fluctuation)
All display(9)
■ Book and Papers
1. Papers Experimental investigation of heat transport with oscillating liquid column in pulsating heat pipe using forced oscillation system  (Collaboration)  2017/03
2. Papers A fundamental study on the heat transport characteristics in a pulsating heat pipe by using a forced oscillation system (Measurement of effective thermal conductivity)  (Collaboration)  2015/07
■ Academic background
1. 2014/04~2017/03 Tokyo Institute of Technology Graduate School, Division of Integrated Science and Engineering 〔Doctoral course〕 Completed
2. 2012/04~2014/03 Tokyo Institute of Technology Graduate School, Division of Integrated Science and Engineering 〔Master degree program〕 Completed
3. 2008/04~2012/03 Toyota Technological Institute Faculty of Engineering Graduated
■ Belonging society
1. 2012/04~ The Heat Transfer Society of Japan
2. 2011/06~ The Japan Society of Mechanical Engineers
■ Home Page
   http://www.mech.kanagawa-u.ac.jp/lab/itohiro_lab/index.html
   http://mmiura.html.xdomain.jp/
■ E-Mail Address
  kyoin_mail
■ Present specialized field
Thermal engineering, Energy engineering