Processing and characterization of alumina wire by controlled fracture forming process: (II) Resintering behavior and mechanical properties

Engineering & Materials Science

• Alumina 76%
• Aluminum oxide 56%
• Characterization (materials science) 68%
• Composite materials 11%
• Densification 22%
• Drag 17%
• Grain boundaries 19%
• Grain growth 48%
• Mechanical properties 50%
• Microstructure 13%
• Porosity 16%
• Tensile strength 15%
• Vickers hardness 47%
• Wire 58%

Chemical Compounds

• Composite Material 19%
• Densification 42%
• Diffusion 24%
• Force 26%
• Grain Boundary 40%
• Grain Growth 47%
• Green 26%
• Microstructure 26%
• Pore 51%
• Porosity 22%
• Surface 24%
• Tensile Strength 33%
• Vickers Hardness 100%

Physics & Astronomy

• aluminum oxides 63%
• characterization 43%
• composite materials 11%
• densification 19%
• drag 18%
• grain boundaries 14%
• mechanical properties 52%
• microstructure 11%
• porosity 42%
• sheaths 20%
• tensile strength 18%
• Vickers hardness 44%
• wire 58%