Faculty & Cluster Fellows / Cluster Fellows2016-2017 Fellows
The following is a list of our cluster fellow and includes their major, principle adviser and co-adviser, and research topic.
Chuan Liu, MSE
Principle Adviser: Greg Olson (MSE)
Co-Adviser: Wing Kam Liu (ME)
Research topic: Fatigue-resistant shape memory alloys for biomedical applications
Cheng Yu, ME
Principle Adviser: Wing Kam Liu (ME)
Co-Adviser: Greg Olson (MSE)
Research topic: Ultra-high cycle fatigue modeling of Additive Manufacturing
Jonathan Pfluger, MSE
Principle Adviser: Chris Wolverton (MSE)
Co-Adviser: Mercouri Kanatzidis (Chemistry)/Vinayak Dravid (MSE)
Research topic: Design of multi-phase thermoelectric materials using density functional calculations
Reese Thaddleus, MSE
Principle Adviser: Teri Odom (MSE)
Co-Adviser: Wei Chen (ME)
Research topic: Optimal Design of Plasmonic Metasurfaces
Tucker Kearney, ME
Principle Adviser: Wei Chen (ME)
Co-Adviser: Teri Odom (MSE)
Research topic: Optimal Design of Plasmonic Metasurfaces
Ben Sonin, ME
Principle Adviser: Greg Wagner (ME)
Co-Adviser: Aaron Packman (CEE)
Research topic: CFD predictive modeling of solute transport in environmental flows
Mojtaba Mozaffar, ME
Principle Adviser: Jian Cao (ME)
Co-Adviser: Kori Ehmann (ME)
Research topic: Integrated simulation and process control for distributed manufacturing
Jiaying Gao, ME
Principle Adviser: Wing Kam Liu (ME)
Co-Adviser: Jian Cao (ME)
Research topic: Integrated simulation and process control for distributed manufacturing
Arindam Paul, EECS
Principle Adviser: Ankit Argrawal (EECS)
Co-Adviser: Jian Cao (ME)
Research topic: Machine learning, data mining for material applications
Weizhao Zhang, ME
Principle Adviser: Jian Cao (ME)
Co-Adviser: Wei Chen (ME)
Research topic: Simulation of preforming process of composite material
Co-Adviser: Wing Kam Liu
Research topic: Regulation and control of the powder flow rate in laser metal deposition
Hua Xia, MSE
Principal advisor: Chris Wolverton (MSE)
Co-adviosrs: Mercouri Kanatzidis (Chemistry)/Vinayak Dravid (MSE)
Research Topic: Design of multi-phase thermoelectric materials using density functional calculations
