Prediction of nominal stress-strain curves of a multi-layered composite material by FE analysis
スポンサーリンク
概要
著者
関連論文
- Characteristics of the Cold-Rolling Texture in a Multi-Layered Material Composed of SUS301 and SUS420J2 Steels
- Prediction of nominal stress-strain curves of a multi-layered composite material by FE analysis
- Evolution of Rolling Textures of Cold Rolled Copper Foils
- Prediction on Nominal Stress-Strain Curve of Isotropic Polycrystal Ti-15-3-3-3 Sheet by FE Analysis
- Nucleation of Acicular Ferrite on Sulfide Inclusion during Rapid Solidification of Low Carbon Steel
- EBSD Characterization of the Twinning Microstructure in a High-Damping Mn-Cu Alloy
- The Twinning Microstructure and Damping Behavior in Mn-30Cu (at%) Alloy
- The Effects of Static Strain on the Damping Capacity of High Damping Alloys
- Characterization of the Strain-amplitude and Frequency Dependent Damping Capacity in the M2052 Alloy
- Decomposition Behavior of the γ_ Solid Solution in a Mn-20Cu-8Ni-2Fe(at%) Alloy Studied by a Magnetic Measurement
- Decomposition of High Temperature γ_ Phase during Continuous Cooling and Resultant Damping Behavior in Mn_Cu_Ni_Fe_ and Mn_Cu_Ni_Fe_ Alloys
- Prediction on Nominal Stress-Strain Curve of Anisotropic Polycrystal with Texture by FE Analysis
- The effect of environment temperature on the transformation of retained austenite in a weld metal
- Prediction of Nominal Stress-Strain Curves of a Multi-Layered Composite Material by FE Analysis
- Change in Ultrasonic Parameters and Dislocation Structures during Fatigue Process of Aluminum Alloy under High Stress Amplitude
- The Damping Behavior of Ni Added Mn-Cu Damping Alloys