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Dive into the research topics where Yoshikazu Maeda is active.

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Featured researches published by Yoshikazu Maeda.


Key Engineering Materials | 2008

Effect of Humidity on Fatigue Strength of Squeeze Cast Al Alloy

Yohei Sofuku; Norio Kawagoishi; M. Adachi; K. Okutani; Yoshikazu Maeda

Fatigue properties of a squeeze cast Al-Si-Mg alloy were examined under rotating bending and the effect of humidity on the crack initiation and propagation behavior was investigated in controlled humidity. The fatigue strength was decreased in high humidity (RH85%) in comparison with the one in low humidity (RH25%). Cracks initiated at the early stage of fatigue life from slip bands and eutectic Si particles in many cases and partially casting defects, and most of fatigue life was occupied by the growth life of a small crack regardless of humidity. The propagation of a crack were promoted by humidity, especially the growth rate of a crack larger than about 100 µm, which propagated in tensile mode, was strongly accelerated.


Key Engineering Materials | 2013

Fatigue Strength of Aluminum Cast Alloy in Plant Oil

Norio Kawagoishi; K. Kariya; Yoshikazu Maeda; E. Kinoshita; Qiang Chen; Masahiro Goto

Effect of plant oil on the fatigue strength of a squeeze cast Al-Si-Mg alloy was investigated. Crack growth rate was higher in plant oil than in air, inducing a decrease in fatigue strength. The reason included is explained from the viewpoint of high water absorbency of plant oils, on basis of hydrogen enhanced localized plasticity.


Materials Transactions | 2009

Machinability of Copper Sulfide-Dispersed Lead-Free Bronze

Hidekazu Sueyoshi; Kensuke Inoue; Yuki Yamano; Yoshikazu Maeda; Kosaku Yamada


Materials Transactions | 2009

Mechanical Properties of Copper Sulfide-Dispersed Lead-Free Bronze

Hidekazu Sueyoshi; Yuki Yamano; Kensuke Inoue; Yoshikazu Maeda; Kosaku Yamada


Journal of The Society of Materials Science, Japan | 2010

Effect of Surface Treatment on Fatigue Strengthof Martensitic Type Stainless Steel SUS420J2

Kensaku Yamane; Norio Kawagoishi; Yoshikazu Maeda; Kazuhiro Morino; Futoshi Nishimura; Masahiro Oki


Transactions of the Japan Society of Mechanical Engineers. A | 2012

Effect of Biodiesel Fuel on a Fatigue Crack Growth Behavior of Al Cast Alloy

Norio Kawagoishi; Yoshikazu Maeda; Eiji Kinoshita; Kohsuke Hayashi; Hideki Maeda; Kohji Kariya


Journal of The Society of Materials Science, Japan | 2012

Effects of Aging Condition and Humidity on Fatigue Properties of Maraging Steel

Norio Kawagoishi; Kosuke Hayashi; Takanori Nagano; Yuzo Nakamura; Michihiko Moriyama; Yoshikazu Maeda


Materials Transactions | 2010

Life Cycle Assessment of Copper Sulfide-Dispersed Lead-Free Bronze

Hidekazu Sueyoshi; Yuki Yamano; Yoshikazu Maeda; Kosaku Yamada


Journal of The Society of Materials Science, Japan | 2009

Fatigue Strength of Flow Formed Al Cast Alloy

Norio Kawagoishi; Mitsuru Adachi; Yohei Sofuku; Yoshikazu Maeda; Eiji Kondo


The Proceedings of Conference of Kyushu Branch | 2013

912 A Study on Crack Opening Displacement of Indentation Fracture in Brittle Materials

Jun Wakiyama; Takashi Kawabata; Kotaro Nakanishi; Yuzo Nakamura; Yoshikazu Maeda; Ryuichi Iwamoto

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Norio Kawagoishi

Daiichi Institute of Technology

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Kohji Kariya

Daiichi Institute of Technology

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Mitsuru Adachi

International University of Health and Welfare

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