Kyushu University Academic Staff Educational and Research Activities Database
List of Presentations
Hiroshi Noguchi Last modified date:2017.05.30

Professor / Strength of Materials / Department of Mechanical Engineering / Faculty of Engineering


Presentations
1. 小川 卓郎, 野口 博司, Motomichi Koyama, Experimental approach to clarify hydrogen effects on strain aging in carbon steel, EUROMAT2015, 2015.09.22.
2. 金 鍾天, 野口 博司, Investigation of fatigue crack growth behavior on the shot-peened carbon steel by residual stress relaxation, ICSP12, 2014.09.16.
3. 石名 敏之, 野口 博司, Derivation of Non-dimensional Number for Elastic-perfectly Plastic Continuum Body and Elastic-perfectly Plastic Solid Materials in Linear Elastic Fracture Mechanics, 20th European Conference on Fracture, 2014.07.04.
4. 伊藤 嵩, 野口 博司, Influence of Punched Hole on Fatigue Properties of TiC-Precipitation-Strengthened Steels, LCF7, 2012.06.
5. 石名 敏之, 野口 博司, Characteristic of threshold stress intensity factor range for small crack on magnesium alloys, ICM11-International Conference on the mechanical behavior of Materials, 2012.06.
6. 松枝 剛広, 野口 博司, Fatigue Limit Evaluation of Blunt-Notched Specimen Using ⊿Kth Value of Small Crack, ICM11-International Conference on the mechanical behavior of Materials, 2012.06.
7. 呉 昊, 野口 博司, Fatigue strength properties of precipitation strengthening stainless steel A286 focused attention on small fatigue crack behaviour, ICM11-International Conference on the mechanical behavior of Materials, 2012.06.
8. 横川秀斗, 野口 博司, MODE II DELAMINATION FATIGUE CRACK GROWTH CHARACTERISTICS OF GFRP LAMINATES WITH WASTE GFRP MILLED CHIPS INTERLEAF, The European Society for Composite Materials, the fifteenth European Conference on Composite Materials, 2012.06.
9. 内田直希, 野口 博司, 表面損傷を持つ アルミ合金鍛造品における疲労強度の定量的評価, ICSMA16, 2012.08.
10. 木下拓也, 野口 博司, 統計的手法を用いたMg合金のFSWによる接合欠陥の評価, 第19回 Europian Conference on Fracture, 2012.08.
11. 藤澤友也, 野口 博司, パーライト鋼平滑材における疲労き裂発生と組織との関係, 第19回 Europian Conference on Fracture, 2012.08.
12. 田添広喜, 野口 博司, Hydrogen Gas Effects on the Fatigue Crack Growth Behavior of Cr-Mo Steel CT Specimen in Extremely Low Rate Range, 第19回 Europian Conference on Fracture, 2012.08.
13. 松枝剛広, 野口 博司, ΔKthを用いた切欠き材の統合的疲労限度予測法, 第19回 Europian Conference on Fracture, 2012.08.
14. 劉敏健, 野口 博司, モードII疲労き裂進展の有効応力拡大係数の測定, 第19回 Europian Conference on Fracture, 2012.08.
15. 坂本惇司, 野口 博司, 機械・構造物に用いる材料の長期安全性の迅速な評価法に関する研究, 第19回 Europian Conference on Fracture, 2012.08.
16. The Effect of a Hydrogen Gas Enbironment on Fatigue Crack Growth Characteristics of 0.13%C Steel.
17. Fatigue Crack Growth Characteristics of Welder Pipeline Steel in a Hydrougen Gas Environment.
18. Fatigue Properties of Pure Titanium.
19. Fatigue Strength Characteristics of Non-Combusible Mg Alloy Welded Joint.
20. Fatigue Strength Characteristic of Notched Specimens of Noncombustible Magnesium Alloy.
21. Fatigue Strength of Notched Specimens of Non-combusible Magnesium Alloy.
22. The Effect of Pre-strain on Fatigue Limit and Crack Growth Characteristics.
23. Fatigue Crack,Growth Characteristics of a few Alloys in Hydrogen Gas Environment.
24. Fatigue Strength of Notched Specimens of Non-combustible Magnesium Alloy.
25. Effect of Hydrogen Environment on Fatigue Crack Growth of Friction Sir Welded Joints of A6061-T6 Aluminum Alloy.
26. Effects of Hydrogen Environment on Fatigue Crack Growth Rate and its Dependence on Testing Frequency.
27. Strength Reliability of Micro Polycrystalline Silicon Structure.
28. Fatigue Characteristics of Carbon Steel in Hydrogen Engironment.
29. The Investigation of Fatigue Experinment in Hydrogen Plasma as a Substitute for High Pressure Hydrogen Gas Environment.
30. The Effect of Pre-strain on the Fatigue Characteristic of Age-hardened Aluminum Alloy.
31. The Effect of Non-woven Tissue on Fatigue Characteristics of CFRP Cross-Ply Laminate.
32. Study of Fatigue Life Prediction Method of Natural Rubber for Automobile Engine-Mount.
33. Development of Incident Report Data Base System for Organizational Learning.
34. The Effect of Stress Ratio on Fatigue Characteristics of Stitched GFRP.
35. Fatigue behavior of SUS304 near Fatigue limit in Hydrogen Gas Environment.
36. Tje Effect of Mean Stress on Fatigue Strength of Non-combusible Magnesium Alloy.
37. The Effect of Pre-strain on the Fatigue Characteristic of Age hardened Aluminum Alloy A6061-T6.
38. Prediction of Fatigue Limit Reliability of Aluminum Cast Alloy.
39. Simple Estimation for Stress Concentration Factors of Orthotropic Finite Width Plates.
40. Effect of Hydrogen Gas Environment on Fatigue Crack Growth Rate in Austenitic Stainless Steels.
41. Effect of Mean Stress on Fatigue Strength of Non-combustible Magnesium Alloy.
42. Effect of Hydrogen Environment on Non-propagation and Propagation of Fatigue Crack in a SUS304 Steel with Small Blind Holes.
43. Relation between Effects of Pre-strain and Surface Condition on Fatigue.
44. System's Acceptance Limit for Expectation of a Society in the Aspect of System Continuation.
45. A Study of Quantitative Index to Visualize the Safety of Organization.
46. Fatigu Crack Growth Characteristics of Austenitic Steels in a Hydrogen Gas Environment.
47. Effect of Hydrogen Gas Environment on Fatigue Limit of Austenitic Stainless Steels.
48. Fatigue Characteristics of GFRP with Stiched UD Layers.
49. Effects of Mean Stress on Fatigue Strength of Non-Combustible Magnesium Alloy.
50. Relation between Fatigue Strength and Pre-Strain in A6061-T6.
51. Consideration on the Quality of Information from Incidents to Achieve System Safety.
52. Fatigue limit of metal specimen with complex surface is predicted..
53. Reliability Problem Prevention Method for Automotive Components
is proposed based on GD3 Activity and DRBFM..
54. Quantitative estimation for a system performance with hierachized celluar
automata is discussed..
55. Fatigue strength of materials is evaluated from meso-characteristics..
56. Influence of welding parameters on fatigue strength considering nugget size is discussed..
57. Fatigue characteristics of aluminum alloy with cast skin is evaluated..
58. Proposal of the Basic Consept of System Safety and its Application to Safety Managemant in Japanese Hospital.
59. Fatigue Characteristics of Austenitic Stainless Steels in Hydrogen Gas Environment.
60. In-situ SLM observation of austenitic stainless steel in hydrogen environment is carried out..
61. Fatigue strength characteristics of non-combustion Magnesium alloy is clarified..
62. Quantitative evaluation method of fatigue limit of metal with an arbitrary crack is proposed under stress controlled condition in case of a stress ratio R ≥-1..
63. Vibration fatigue reliability of BGA IC-package with Pb-free solder and Pb-Sn
solder is reseached..
64. Concept of System Safety and its Application to Safety Management in Japanese Hospital.
65. Estimation of Strength of Aluminum Alloy Joint Made by Laser Welding.
66. Efftect of Hydrogen Environment on Fatigue Characteristics in an Austenitic
Stainless Steel.
67. Effects of Hydrogen Enviroment on Fatigue Characteristics in a Type 304
Austeinit Stainless Steel.
68. Consideration on Welding Conditions by which Strength is Stabilized in the
Aluminum Alloy Joint Made by Laser Welding.
69. Fatigue limit reliability of metal specimen with complex surface is evaluated from meso-analysis..
70. Fatigue characteristics of aluminum cast alloy under mean stress is discussed..
71. Phenomenon occurrence distribution is estimated with maximum likelihood
method..
72. SLM Observation of Fatigue Crack Growth Behavior of Austenitic Stainless Steel in a Hydrogen Gas Environment.
73. Crack can be detected with the method with strain gauge and boundary element method..
74. High-cycle fatigue life of aluminum cast alloy is evaluated from meso-level consideration..
75. Fatigue limit reliability of high-strength steel from meso-level consideration is evaluated..
76. Fatigue strength of Hybrid Composites with Non-woven carbon tissue are reseached..
77. Fracture toughness analysis of single crystal is simulated with combined model of (Molecular Dynamics + Micromechanics)..