On the effect of porosity and functional grading of 3D printable triply periodic minimal surface (TPMS) based architected lattices embedded with a phase change material

Physics & Astronomy

• augmentation 18%
• boundary conditions 3%
• conductive heat transfer 4%
• configurations 7%
• convective heat transfer 5%
• gradients 9%
• heat storage 14%
• heat transfer 26%
• latent heat 12%
• manufacturing 4%
• melting 3%
• metal foams 7%
• minimal surfaces 100%
• performance 8%
• phase change materials 88%
• porosity 50%
• printing 4%
• tissue engineering 6%
• topology 21%

Engineering & Materials Science

• 3D printers 4%
• Boundary conditions 3%
• Heat transfer 16%
• Heat transfer performance 17%
• Impregnation 5%
• Latent heat 11%
• Melting 4%
• Metal foams 6%
• Phase change materials 76%
• Porosity 59%
• Scaffolds 5%
• Surface structure 17%
• Thermal energy 9%
• Tissue engineering 6%
• Topology 16%

Chemical Compounds

• Convective Heat Transfer 8%
• Energy Storage 8%
• Heat 7%
• Heat Transfer 37%
• Impregnation 4%
• Phase Change Material 87%
• Porosity 40%
• Strength 3%
• Surface 22%
• Surface Structure 14%