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Dive into the research topics where Mikio Yamanaka is active.

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Featured researches published by Mikio Yamanaka.


Journal of Materials for Energy Systems | 1980

Oxidation and hot-corrosion resistant high aluminum austenitic stainless steel

Takashi Zaizen; Taketomo Yamazaki; Yasuo Otoguro; Tadao Ogawa; Hideaki Itoh; Mikio Yamanaka

A new type of austenitic stainless steel has been developed containing 5 pct Al and forming a protective Al2O3 film. This steel is free from oxide film spoiling and exhibits a greater oxidation and hot corrosion resistance than any other conventional austenitic stainless steels. By adjusting the Ni content and the addition of Ce and/or Ti, its manufacturability, workability and weldability have been improved to the point that this steel is now equal in quality to commercially available stainless steels. Formation of Al2O3 film requires the removal of the internal oxidation zone brought about by hotworking and welding, prior to being subjected to high temperatures. Abnormal oxidation also takes place in this steel, but has a less effect than in conventional ferritic CrAl steels.


Archive | 1983

Boiler tube having improved high temperature mechanical strength, improved high temperature corrosion resistant property and resistance to embrittlement during service

Yasuo Otoguro; Mikio Yamanaka; Katukuni Hashimoto; Mizuo Sakakibara; Masao Onoyama


Archive | 1978

Austenitic heat-resistant steel which forms Al2 O3 film in high-temperature oxidizing atmosphere

Satoshi Kado; Taketomo Yamazaki; Tetsu Sakamoto; Mikio Yamanaka; Kotaro Yoshida


Archive | 1976

Ferritic stainless steel having excellent workability and high toughness

Satoshi Kado; Taketomo Yamazaki; Mikio Yamanaka; Katsuhiko Yabe; Kotaro Yoshida


Archive | 1983

Highly buildup-resistant hearth roll for conveying a steel strip through a continuous annealing furnace and a method therefor

Takashi Zaizen; Yasuo Otoguro; Mikio Yamanaka


Archive | 1980

AUSTENITE TYPE HEAT RESISTANT AND OXIDATION RESISTANT CAST ALLOY FORMING A 2 O3FILM ON SURFACE THEREOF

Yasuo Otoguro; Mikio Yamanaka; Shozo Yamane; Takashi Zaizen


Archive | 1976

Oxidn. resisting chromium-nickel-aluminium austenitic steel - contg. 4.5 to 6.00 percent aluminium for oxidn. resistance similar to ferritic chromium steels

Satoshi Kado; Taketomo Yamazaki; Kanagawa Fujisawa; Tetsu Sakamoto; Mikio Yamanaka; Kotaro Yoshida


Archive | 1983

Improvements in and relating to boiler tubes

Yasuo Otoguro; Mikio Yamanaka; Katukuni Hashimoto; Mizuo Sakakibara; Masao Onoyama


Archive | 1983

Kesselrohr mit verbesserter mechanischer festigkeit bei hohen temperaturen, verbesserter korrosionsfestigkeit bei hohen temperaturen und bestaendigkeit gegen versproedung waehrend des betriebes

Yasuo Otoguro; Mikio Yamanaka; Katukuni Hashimoto; Mizuo Sakakibara; Masao Onoyama


Tetsu To Hagane-journal of The Iron and Steel Institute of Japan | 1977

Effects of Cr, Al and Ti Contents on Resistance to Abnormal Oxidation Formability and Weldability of Cr-Al Steels for Automobile Emission, Control Devices

Satoshi Kado; Taketomo Yamazaki; Mikio Yamanaka; Kotaro Yoshida; Katsuhiko Yabe; Tetsu Sakamoto; Yasuhiro Nakagawa; Harumasa Nakamura; Tadao Ogawa

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Takashi Zaizen

Japan Atomic Energy Research Institute

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