Stephanie TerMaath
Materials Science and Engineering at the University of Tennessee · Stephanie Estates, UT · 3 mo ago
OTHRFull-time
Biography
2012-present Assistant Professor, University of Tennessee
2005-2012 Senior Engineer and Group Leader, Applied Research Associates
2004-2005 Senior Engineer, Lockheed Martin Aeronautics Company
2002-2004 Mechanics and Materials Engineer, Exponent Failure Analysis Associates
2001-2002 Engineer/Scientist Specialist, Phantom Works, The Boeing Company
Research Areas
- High performance computing
- Structural mechanics
- Fracture mechanics
- Structural Dynamics
- Material Science
Education
- PhD, Cornell University
- MS, Purdue University
- BSc, Penn State University
Awards & Recognitions
- 2016 Angie Warren Perkins Award
- 2016 MABE Outstanding Junior Faculty Award
- Moses E. and Mayme Brooks Distinguished Professor Award, 2015
- Penn State Schreyer Honors College Outstanding Alumni Mentor, 2014
- Office of Naval Research Young Investigator Award, 2014
Research Publications
- Weigand, J. and TerMaath, S. (in review) Sensitivity Analysis of Out-of-Plane Composite Lamina Properties Relative to Configuration and Constitutive Properties. AIAA Journal.
- Goodmiller, G. and TerMaath, S. (in review) Investigation of Composite Patch Performance under Low Velocity Impact Loading. AIAA Journal.
- Adley, M., Frank, A., Danielson, K., Akers, S., Cargile, J., Patterson, B., and TerMaath, S. (2012) Generating penetration resistance functions with a virtual penetration laboratory (VPL). International Journal of Structural Stability and Dynamics, 12(4).
- Yavuz, A.K., Phoenix, S.L., and TerMaath, S.C. (2006) An accurate and fast analysis for strongly interacting multiple crack configurations including kinked (V) and branched (Y) cracks. International Journal of Solids and Structures, 43(22-23), pp. 6727-6750.
- Yavuz, A.K., Phoenix, S.L., and TerMaath, S.C. (2006) Multiple Crack Analysis in Finite Plates. AIAA Journal, 44(11), pp. 2535-2541.
- TerMaath, S.C., Phoenix, S.L., and Hui, C.-Y. (2006) An analytical technique for studying interacting cracks of complex geometry in 2D. Engineering Fracture Mechanics, 73(8), pp. 1086-1114.