On the influence of space holder in the development of porous titanium implants: Mechanical, computational and biological evaluation

Physics & Astronomy

• holders 90%
• titanium 67%
• porosity 59%
• bones 53%
• evaluation 51%
• modulus of elasticity 32%
• stress distribution 25%
• shielding 24%
• dentistry 19%
• orthopedics 18%
• biocompatibility 16%
• carbonates 15%
• porous materials 15%
• cells 14%
• high strength 13%
• grade 13%
• stiffness 11%
• adhesion 11%
• roughness 11%
• curvature 10%
• synthesis 9%
• mechanical properties 9%
• microstructure 7%
• geometry 7%
• metals 6%
• performance 5%

Engineering & Materials Science

• Titanium 78%
• Bone 52%
• Elastic moduli 34%
• Strength of materials 28%
• Shielding 28%
• Ammonium bicarbonate 25%
• Stress concentration 23%
• Porosity 23%
• Dentistry 19%
• Biocompatibility 16%
• Orthopedics 16%
• Biomaterials 16%
• Porous materials 13%
• Adhesion 12%
• Compaction 11%
• Surface roughness 11%
• Stiffness 9%
• Microstructure 9%
• Mechanical properties 8%
• Metals 8%
• Geometry 8%

Chemical Compounds

• Holder 100%
• Implant 80%
• Porosity 47%
• Pore 19%
• Purity 18%
• Strength 14%
• Young's Modulus 7%
• Indicator 6%
• Biomaterial 6%
• Ammonium 5%
• Alloy 5%
• Microstructure 4%
• Pressure 4%
• Metal 3%
• Application 2%