Kitaoka Seiichiro | Faculty Of Engineering Nagoya University
スポンサーリンク
概要
関連著者
-
Kitaoka Seiichiro
Faculty Of Engineering Nagoya University
-
Seika Masaichiro
Faculty Of Engineering Nagoya University
-
KITAOKA Seiichiro
Faculty of Engineering,Nagoya University
-
SEIKA Masaichiro
Faculty of Engineering,Nagoya University
-
Nagase Yasuo
Faculty Of Engineering Nagoya University
-
Chen Jian-qiao
Faculty Of Engineering Tottori University
-
Chen Jian-qiao
Faculty Of Engineering Nagoya University
-
Kitaoka S
Tottori Univ. Tottori Jpn
-
KO Haeng-Nam
Faculty of Engineering, Nagoya University.
-
Ko Haeng-nam
Faculty Of Engineering Nagoya University
-
Chen J‐q
Tottori Univ. Tottori Jpn
-
OHSHIMA Kazuhiko
Faculty of Engineering, Nagoya University
-
MIKURIYA Teruaki
Faculty of Engineering, Nagoya University
-
Egami Noboru
Faculty Of Science And Technology Meijo University
-
Mikuriya Teruaki
Faculty Of Engineering Nagoya University
-
Ohshima Kazuhiko
Faculty Of Engineering Nagoya University
-
Kimura Nobuo
Sumitomo Heavy Industry Co.
-
Kobayashi Toshiki
Nippon Kokan K.k.
-
Kobayashi Toshiki
Nippon Denso Co. Ltd.
-
MAEHATA Hidekazu
Akashi Works, Mitsubishi Heavy Industries, Ltd.
-
Hosono Kikuo
Faculty Of Engineering Nagoya University
-
Chen Jianqiao
Faculty Of Engineering Nagoya University
-
IMAIIDA Tsuyoshi
Faculty of Engineering, Nagoya University
-
Seika Masaichiro
Faculty Of Engineering Nogoya University
-
Maehata Hidekazu
Akashi Works Mitsubishi Heavy Industries Ltd.
-
Kitaoka Seiichiro
Faculty Of Engineering Tottori University
-
Murata Masahiro
Toyota Jidoushokki Co Ltd.
-
Imaiida Tsuyoshi
Faculty Of Engineering Nagoya University
-
Egami Noboru
Faculty of Science and Technology, Meijo University
-
Hasegawa Jun
Nippon Denso Co., Ltd
-
KOBAYASHI Toshihiro
Aisin Seiki Co., Ltd.
-
Egami N
Meijo Univ. Nagoya Jpn
-
Haeng-Nam KO
Faculty of Engineering, Nagoya University
-
Haeng-nam Ko
Faculty Of Engineering Nagoya University
-
Kobayashi Toshihiro
Aisin Seiki Co. Ltd.
-
Hasegawa Jun
Nippon Denso Co. Ltd
-
HOSONO Kikuo
Faculty of Engineering, Nagoya University
著作論文
- Basic Research on Slip-initiation Phenomenon by Fatigue and Its Application to Stress Measurement
- Examination of the Condition on the Threshold of Propagation of Fatigue Cracks Using Slip-initiation Phenomena : 1st Report, Behaviour of Crack Opening or Closing and Crack Opening Stress
- On the Temperature- and cyclic speed-dependence of the Method of Stress Measurement Using Iron-foils
- Stress Measurement Using Slip-initiation Phenomenon in Iron Foil
- Basic Study on Stress Measurement Using Slip-initiation Phenomenon in Electro-deposited Iron
- Experimental Evaluation of the Stress Intensity Factor Using the Phenomena of Grain Growth and Slip-initiation in Copper Foil
- Dependence of the Threshold Stress of Microcrack Propagation on the Stress Ratio
- The Effect of Crack Closure on the Threshold of Micro Fatigue Crack Propagation under Mixed Mode
- On the Understressing Effect of the Eutectoid Steel
- A Study on the Improvement in Sensitivity of Strain Gauges Made of Copper Electrodeposited Foil
- Examination of the Threshold Condition for Propagation of Fatigue Cracks Using Slip-initiation Phenomena : 3rd Report, In the Case of Aged Cracked Specimen
- The Threshold of Micro Crack Propagation under Mixed Mode
- Measurement of Biaxial Stress Using Electrodeposited Copper Foil with a Microcircular Hole : Method Using the Probability of the Occurrence of Slip
- The Behavior of Fatigue Cracks in Pure Iron Subjected to Rotary Bending and Cyclic Torsion : 2nd Report, Effect of Crystal Grain Size
- The Behavior of Fatigue Cracks in Pure Iron Subjected to Rotary Bending and Cyclic Torsion : 1st Report, Stress-Concentration Factor and Fatigue-Notch Factor due to Fatigue Cracks
- On the Understressing Effect of the Eutectoid Steel at -60℃
- On the Stress Measurement Method Using Grain Growth Process of Electrodeposited Copper Foil : 1st Report, Grain Nucleation and Grain Growth : Series A : Solid-Mechanics, Strength of Materials
- On the Stress Measurement Method Using Slip Lines in Copper Foil with Grown Grain Structure : Solid-Mechanics, Strength of Materials
- The Propagation Behaviour of Mode I Surface Cracks under Biaxial Stresses by the Combination of Plane Bending and Cyclic Torsion
- The Propagation Threshold of a Through Crack in a Plate Under the Mixed Mode : (Plane Bending and Cyclic Torsion)
- Change of Material Properties at the Tips of Fatigue Cracks Subjected to Macroscopic Tensile and Shear Stresses for Propagation : in Rotary Bending and Cyclic Torsion