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Nagasaki Technical Institute, Mitsubishi Heavy Industries, LTD. | 論文
- Full Scale Measurements of Shearing Deformation in Cross Sections of a Roll-on/Roll-off Ship due to Racking
- On the Shearing Deformation in Cross Section of Pure Car Carriers
- 1-16 Study on Flow Pattern around the Stern of Full Ship Form by Use of the Geosims(Collected Papers Published by Staff of Ship Research Institute at Societies and Institutions in 1972)
- Study on Flow Pattern around the Stern of Full Ship Form by Use of the Geosims
- Comparison of Velocity Distribution in the Boundary Layer between Ship and Model
- 0n the Measurement of Wave Induced Vibration on Board
- Scale and Roughness Effect of Propeller Section Drag
- Scale and Roughness Effects of Propeller Section Drag
- A New Flap-type Wave Maker without Water on Back Side
- Comparison of Velocity Distribution in the Boundary Layer of Ship and Model
- Experimental Study of the Prediction of Macroscopic Creep Behavior of Perforated Plates
- Fatigue Strength of Brace Connections in Semi-Submersible Rig
- Evaluation of Hull Girder Stress on the Open Ship : 1st report : Calculation of Total Hull Girder Stress
- Creep-Fatigue Crack Growth Behavior of Low Alloy Steel under Displacement-Controlled Conditions
- SA-01-3(088) Creep-Fatigue Crack Growth Evaluation of Low Alloy Steel under Displacement-Controlled Conditions(Life Assessment of Thermal Power Plant 1)
- On the Numerical Analysis Method of Flow and Heat Transfer in Condensers
- Effect of Fabricating Process on Notch Toughness of Shipbuilding Steel Plates (Report II) : Superposition of Welding on Cold Work and Its Effect on Brittle Fracture Strength
- 7. Effect of Line-Heating on Notch Toughness of 50 kg/mm^2-Class High-Tensile Steel Plates
- Effect of Fabricating Process on Notch Toughness of Shipbuilding Steel Plates (Report I) : Effect of Line-Heating on Notch Toughness of 50 kg/mm^2-Class High-Tensile Steel Plates
- Micro-Macro Combined Simulation of the Damage Progress in Low-Alloy Steel Welds Subject to Type IV Creep Failure(Advanced Technology of Experimental Mechanics)