We are interested in a variety of problems in computational materials science. My main focus is the emergence of novel phenomena in thermoelectric materials subject to nanostructure physics. Current areas of research include materials informatics, uncertainty propagation/quantification, massive design spaces, and connections between mesoscale structure and material property.
“Meet The Team”
Vahid Attari
Materials Scientist
– Computational Materials Science
– Mechanical properties of materials
– Phase-field modeling
attari.v@tamu.edu
Daniel Sauceda
PhD Student
– Computational Materials Science
danielsauceda@tamu.edu
Raymundo Arroyave
Materials Scientist
– Computational Materials Science
rarroyave@tamu.edu
Modeling, analysis, and engineering of advanced material properties with emphasis on thermodynamics, kinetics, and microstrusture physics
Process-Structure-Property Linkage
ProcessThermal Chemomechanical Electrochemical Magnetochemical … |
StructureNanostructure Microstructure |
PropertyThermal conductivity <\p> Electrical properties <\p> Elastic properties <\p> |