In-Plane Compression Response of Regularly Cell-Structured Materials

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概要

• 論文の詳細を見る
• Japan Institute of Metalsの論文
• 2004-02-20

著者

• Tantikom Kanyatip

  Graduate School Of Engineering The University Of Tokyo

• Suwa Yoshihiro

  Research Center For Advanced Science And Technology The University Of Tokyo

• Aizawa Tatsuhiko

  Center For Collaborate Research University Of Tokyo

• Aizawa Tatsuhiko

  Center For Collaborate Research The University Of Tokyo

関連論文

• Mechanical Properties of Mg_2Si/Mg Composites via Powder Metallurgy Process
• In-situ Synthesis of Mg_2Si Intermetallics via Powder Metallurgy Process
• Magnesium Matrix Composite with Solid-state Synthesized Mg-2Si Dispersoids
• Tribological Properties of Magnesium Composite Alloy with In-situ Synthesized Mg_2Si Dispersoids
• Chemical Modification of Titanium Nitride Films via Ion Implantation
• Environmentally Benign Fabricating Process of Magnesium Alloy by Cyclical Plastic Working in Solid-State
• Compressive Deformation Simulation of Regularly Cell-Structured Materials with Various Column Connectivity
• Computer Simulation of Grain Growth by the Phase Field Model. Effect of Interfacial Energy on Kinetics of Grain Growth
• Meso-porous Modeling for Theoretical Analysis of Sinter Ores by the Phase-field, Unit-cell Method
• Computational Study of Compressive Mechanical Response in Two-dimensional Cellular Solids under Microstructural Control
• Experimental and Theoretical Evaluation on Thermoelectricity for SPS-Joined p-n Module in Bi-Te System
• Solid State Synthesis of Ternary Thermoelectric Magnesium Alloy, Mg_2Si_Sn_x
• Solid-State Synthesis of Thermoelectric Materials in Mg-Si-Ge System
• In-Plane Compression Response of Regularly Cell-Structured Materials
• Phase Field Simulation of the Effect of Anisotropy in Grain Boundary Energy on Growth kinetics and Morphology of Grain Structure
• Real Microstructure Modeling for Stiffness and Strength Analyses of Texture in Ores
• Computer Simulation of Grain Growth in Three Dimensions by the Phase Field Model and the Monte Carlo Method
• Plasma Nitriding as an Environmentally Benign Surface Structuring Process

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