The Effect of Deformation Speed on Friction and Lubrication in Cold Forging
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概要
著者
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Osakada Kozo
Faculty Of Engineering Kobe University.
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Osakada Kozo
Faculty Of Engineering Kobe University
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Oyane Moriya
Faculty Of Engineering Kobe University.
関連論文
- Forging of Disk-Shaped Products by a Flexible Machine Controlled by a Microcomputer
- Ductile Fracture of Cabin Steel under Cold Metal Forming Conditions : 1st Report, Tension and Torsion Tests under Pressure
- Flow Stress and Phase Transformation Analyses in the Austenitic Stainless Steel under Cold Working : Part 1, Phase Transformation Characteristics and Constitutive Formulation by Energetic Criterion
- Measurement of Flow Stress by the Ring Compression Test
- On the Roughening of Free Surface in Deformation Processes
- Ductile Fracture of Carbon Steel under Cold Metal Forming Conditions : 3rd Report, Effects of Deformation Mode and Deformation History on Ductile Fracture Strain
- The Relationship between Lubrication and Surface Condition of Metals Deformed under Compression : 2nd Report, Experimental Study
- The Relationship between Lubrication and Surface Condition of Metals Deformed under Compression
- Surface Crack in Hydrostatic Extrusion of Brittle Metal
- Development of Laws of Similarity for Electrospark Forming
- Improvement of Formability of Metals in Extrusion by Means of Two-Stage Extrusion
- The Effect of Deformation Speed on Friction and Lubrication in Cold Forging
- Back Pressure Extrusion of Brittle Metals and Metallic Powder
- Criteria of Ductile Fracture Strain
- Fundamental Study on Electrohydraulic Forming
- Fundamental Study on Electrohydraulic Forming : III. The Effect of Diameter of Fuse Wire and Circuit Inductance on Pressure Pulse
- Thoery of Plasticity for Porous Metals
- Fundamental Study of Electrospark Forming : Deformation of Cylindrical Shell and Circular Diaphragm
- Fundamental Study on Electrohydraulic Forming : II. The Effect of Kinds of Fuse Wires and Circuit Inductance on Pressure Pulse
- Cold Back-Pressure Extrusion of Aluminium Powder
- Central Cracking of Extruded Product of Brittle Metal in Hydrostatic Extrusion : 2nd Report, Analysis
- Central Cracking of Extruded Product of Brittle Metal in Hydrostatic Extrusion : 1st Report, Experiment