Yajima Hiroshi | Nagasaki Inst. Of Ap. Sc.

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著作論文

Evaluation Method of the Brittle Fracture Strength in Structurally Stress-Concentrated Regions
11. Evaluation Method of the Brittle Fracture Strength in Structurally Stress Concentrated Regions
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
Effect of Structural Discontinuities of Welded Joints on Brittle Crack Propagation Behavior : Brittle Crack Arrest Design for Large Container Ships-3
Development of Brittle Crack Arrest Toughness K_ Test Method : Brittle Crack Arrest Design for Large Container Ships-2
Required Brittle Crack Arrest Toughness K_ Value with Actual Scale Model Tests : Brittle Crack Arrest Design for Large Container Ships-4
Development of Guidelines on Brittle Crack Arrest Design : Brittle Crack Arrest Design for Large Container Ships-1
Thickness Effect on Brittle Fracture Toughness of Weld Metal of High Tensile Strength Steel
16. Study on Brittle Crack Propagation and Arrest Behavior in Plate and Beam Structures
Improvement of fatigue properties by ultrafine grained microstructure in steel plate
13. Study on Brittle Crack Propagation and Arrest Behavior in Plate and Beam Structures (2nd Report) : Dynamic Fracture Toughness of Ship Hull Steels
Experimental Study on Brittle Crack Propagation Behavior with Large Scale Structural Component Model Tests : Brittle Crack Arrest Design for Large Container Ships-5
Thickness Effect on the Brittle Crack Arrest Toughness Value (K_) : Brittle Crack Arrest Design for Large Container Ships-6

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