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

Keyphrases

• 3D Sand Printing 100%
• Additive Manufacturing 14%
• Bending Testing 14%
• Binder 14%
• Binder Content 57%
• Bulk Permeability 14%
• Content Loss 14%
• Degassing 14%
• Dimensional Accuracy 14%
• Foundry 14%
• Functional Grading 14%
• Functionally Graded 100%
• Furan 14%
• Heat Capacity 14%
• Helium Pycnometry 14%
• Loss-on-ignition 14%
• Material Properties 14%
• Mechanical Properties 14%
• Mechanical Strength 28%
• Mercury Intrusion Porosimetry 14%
• Metal Casting 100%
• Mold Core 14%
• Pore Structure 14%
• Processing Conditions 14%
• Sand Mold 100%
• Service Provider 14%
• Strength 3 14%
• Tensile Test 14%
• Thermal Analysis 14%
• Thermal Properties 14%
• Thermomechanical Properties 100%
• Thermophysical Properties 14%
• Three-point Bending 14%

Engineering

• Additive Manufacturing 50%
• Binder Content 100%
• Dimensional Accuracy 25%
• Engineering 100%
• Graded Sand 100%
• Heat Capacity 25%
• Ignition 25%
• Mercury Intrusion Porosimetry 25%
• Metal Casting 100%
• Point Bending 25%
• Processing Condition 25%
• Sand Mold 100%
• Service Provider 25%
• Tensile Testing 25%
• Transients 25%

Material Science

• Aluminum 50%
• Density 50%
• Metal Casting 100%
• Pore Structure 50%
• Porosimetry 50%
• Tensile Testing 50%
• Thermal Analysis 50%
• Thermal Property 50%
• Thermomechanical Property 100%
• Thermophysical Property 50%
• Three Dimensional Printing 100%