Dr. Fahrenthold's research interests are in the areas of system dynamics, impact dynamics, and material modeling. He has developed a variety of thermodynamically consistent, energy based, multiphysics modeling methods for nonlinear materials and systems. This work has included formulations in Lagrangian, Eulerian, and Arbitrary- Lagrangian frames and has employed finite element, particle, and hybrid particle-element kinematics. His research includes parallel code development and supercomputer based simulation of model validation experiments.

Most Recent Publications

1. Zhang, Jie, Manasi Doshi, and Eric P. Fahrenthold. "Eddy current measurement of chemiresistive sensing transients in monolayer graphene." Applied Materials Today 26 (2022): 101291.
2. Doshi, Manasi, and Eric P. Fahrenthold. "Functionalized Semiconducting Carbon Nanotube Arrays for Gas Phase Explosives Detection." Surface Science (2021): 121998.
3. Doshi, Manasi, and Eric P. Fahrenthold. "Explosive molecule sensing at lattice defect sites in metallic carbon nanotubes." Materials Advances 2.19 (2021): 6315-6325.
4. Zhang, Jie, and Eric P. Fahrenthold. "Spin current distribution in antiferromagnetic zigzag graphene nanoribbons under transverse electric fields." Scientific Reports 11.1 (2021): 1-9.
5. Doshi, Manasi, and Eric P. Fahrenthold. "Mass Specific Performance of Halogen and Alkali Metal Based Dopants in Carbon Nanotube Wiring." Materials Today Communications (2021): 102983.
6. Chin, Khai Yi, and Eric P. Fahrenthold. "Mass specific performance of potassium tetrabromoaurate as a carbon nanotube dopant." Computational Materials Science 197 (2021): 110573.
7. Doshi, Manasi, and Eric P. Fahrenthold. "Functionalized metallic carbon nanotube arrays for gas phase explosives detection." Computational and Theoretical Chemistry 1205 (2021): 113460.
8. Zhang, Jie, and Eric P. Fahrenthold. "Graphene nanoribbons as flexible docks for chemiresistive sensing of gas phase explosives." Nanoscale 12.19 (2020): 10730-10736.
9. Zhang, Jie, and Eric P. Fahrenthold. "Conductance of Buckled N= 5 Armchair Graphene Nanoribbons." The Journal of Physical Chemistry Letters 11.4 (2020): 1378-1383.
10. Zhang, Jie, and Eric P. Fahrenthold. "Conductance of Curved 3 M–1 Armchair Graphene Nanoribbons." The Journal of Physical Chemistry C 123.35 (2019): 21805-21812.
11. Zhang, Jie, and Eric P. Fahrenthold. "Potassium-Doped Graphene Nanoribbons for High-Specific Conductivity Wiring." ACS Applied Nano Materials 2.5 (2019): 2873-2880.
12. Zhang, Jie, and Eric P. Fahrenthold. "Graphene-based sensing of gas-phase explosives." ACS Applied Nano Materials 2.3 (2019): 1445-1456.