| Yamabe Junichiro | Last modified date：2013.6.14 |
Associate Professor /
International Research Center for Hydrogen Energy
Other Organization
E-Mail
Homepage
[URL]
International Research Center for Hydrogen Energy.
Phone
092-802-3921
Fax
092-802-3921
Academic Degree
Dr. Eng
Field of Specialization
Material strength, Fracture mechanics
Outline Activities
The effect of hydrogen on steels and organic polymers used for hydrogen energy system is studied. The strength and reliability of these materials are investigated in terms of experiment and simulation.
Specific themes are shown below:
(1) Study on surface coating with a high resistance to hydrogen entry for steels
(2) Development of a high-performance sensing material in high-pressure hydrogen gas
(3) Study on fatigue crack growth behavior of rubbers
(4) Study on cyclic stress and strain response of rubbers
Specific themes are shown below:
(1) Study on surface coating with a high resistance to hydrogen entry for steels
(2) Development of a high-performance sensing material in high-pressure hydrogen gas
(3) Study on fatigue crack growth behavior of rubbers
(4) Study on cyclic stress and strain response of rubbers
Research
Research Interests
Membership in Academic Society
- Development of surface film with high resistance to hydrogen embrittlement and high strength
keyword : Hydrogen embrittlement, Surface film, Gas barrier
2012.04～2015.03. - Effect of hydrogen on fatigue crack growth behavior of rubbers
keyword : Hydrogen, Fatigue, Degradation
2010.10～2013.03. - Clarification of internal crack initiation of rubber seals exposed to high-pressure hydrogen gas
keyword : Hydrogen, Blister, Rubber seal
2009.04～2010.10. - Effect of fillers on internal fracture and hydrogen permeation properties of rubbers
keyword : Hydrogen, Blister, Solubility, Diffusivity, Carbon black, Silica
2006.12～2009.03. - Study on fatigue strengt of carburized steels
keyword : carburized quenching, Toothed wheel, Intergranular oxidation
2006.11～2005.10. - Establishment of estimation method of fatigue strength of ductile cast iron with as-cast surface
keyword : As-cast surface, Ductile cast iron, Residual stress, Casting defect
2005.09～2002.04. - Study on thermal fatigeu of steel and ductile cast iron used for automobile
keyword : Thermal fatigue, low-cycle fatigue
2002.03～2000.04. - Development of low-cost material for disc rotor
keyword : Thermal fatigue, Gray cast iron, Thermal conductivity
1998.04～2002.03.
Books
| 1. | Junichiro Yamabe, Shin Nishimura,Hydrogen-induced degradation of rubber seals. In Gangloff RP and Somerday BP (eds) Gaseous hydrogen embrittlement of materials in energy technologies.,Woodhead Publishing Limited,769-816,2012.01. |
Papers
| 1. | Junichiro Yamabe, Motokazu Kobayashi,Influence of Casting Surface on Fatigue Strength of Ductile Cast Iron,Fatigue and Fracture of Engineering Materials and Structures, Vol.29, No.6 (2006), pp. 403–415.. |
| 2. | Junichiro Yamabe, Takagi Masami, Toshiharu Matsui, Takashige Kimura, Masanori Sasaki ,Development of Disc Brake Rotors for Trucks with High Thermal Fatigue Strength ,JSAE Review, Vol. 23 (2002), pp. 115-112.. |
- The Japan Society of Mechanical Engineers
- The Society of Materials Science, Japan
- The Society of Rubber Industry, Japan
- Society of Automotive Engineers of Japan
- American Chemistry Society, Rubber Division
- JSMS Award for Promising Researchers (The Society of Materials Science, Japan)Study on Mechanism of Internal Crack Initiation of Rubber Seal for High-Pressure Hydrogen Gas
- Third CERI Young Scientist Award (The Society of Rubber Industry, Japan)Study on fracture and degradation of sealing rubbers in high-pressure hydrogen gas
The fact that no permission it reprints contents of this data base is prohibitted.