Towards Functionally Graded Sand Molds for Metal Casting: Engineering Thermo-mechanical Properties Using 3D Sand Printing

Engineering & Materials Science

• Metal casting 100%
• Molds 77%
• Printing 63%
• Binders 61%
• Sand 58%
• Mechanical properties 42%
• Strength of materials 22%
• 3D printers 21%
• Thermodynamic properties 20%
• Metal castings 19%
• Aluminum castings 15%
• Degassing 14%
• Pore structure 13%
• Tensile testing 12%
• Foundries 12%
• Helium 12%
• Specific heat 11%
• Thermoanalysis 11%
• Ignition 9%
• Casting 9%
• Materials properties 9%
• Degradation 7%

Chemical Compounds

• Thermomechanical Property 80%
• Casting 59%
• Binding Agent 58%
• Metal 29%
• Mold Core 23%
• Foundry 15%
• Additive 14%
• Strength 14%
• Degasification 13%
• Heat Capacity 11%
• Furan 10%
• Pore Structure 10%
• Thermodynamic Property 9%
• Thermoanalysis 9%
• Permeability 8%
• Conductivity 7%
• Pore 7%
• Reduction 5%
• Application 3%

Medicine & Life Sciences

• Sand 91%
• Three-Dimensional Printing 88%
• Fungi 59%
• Metals 57%
• Thermal Conductivity 18%
• Hot Temperature 17%
• furan 17%
• Aluminum 12%
• Mercury 12%
• Permeability 9%