SOCREF at Penn State: Dr. Deborah Levin: People
Student Name | Type of Degree |
Date Degree Granted |
Title of Thesis |
---|---|---|---|
K.N. Ramachandran | MS * | 8/2015 | Development of a Poisson Solver for use on an AMR Grid |
Ozgur Tumuklu | PhD * | 5/2016 | Modeling of Shock-Shock Interactions Using Particle Approaches in an Automatic Mesh Refinement Scheme |
Neal Mehta | PhD* | 5/2016 | Use of Reaction Force Field/MD Methods to Study Spore Deactivation Processes |
Revathi Jambumatha | PhD * | 8/2016 | Modeling of Porous Materials using Gridless Particle Methods |
Tong Zhu | PhD * | 5/2016 | Modeling of Hypersonic Unsteady Flows |
Saurabh Sawant | MS * | 5/2015 | Study of Particle BGK Methods for Modeling Hypersonic Shocks with Thermal Nonequilibrium |
Burak Korkut | PhD * | 12/2015 | Modeling of Neutral and Charged Particle Interactions in Space Plumes Using Massively Parallel Automatic Mesh Refinement Techniques |
Neal Parsons | PhD * | 5/2014 | Development of Direct Simulation Monte Carlo Models using Fundamental Molecular Dynamics Methods |
Arnaud Borner | PhD * | 12/2014 | Use of advanced particle methods in modeling space propulsion and its supersonic expansions |
Varun Patil | MS | 8/2013 | Modeling of Shock-Shock Interactions Using Particle Hybrid Approaches |
Neal Mehta | MS | 8/2013 | Fiber-Optic recession embedded in a TPS material |
Tong Zhu | MS | 5/2013 | DSMC Analysis of Fractal-like Aggregates of Spores in the Semi-rarefied Flow Regime |
Shiang-Ting Yeh | BS | 5/2013 | Schreyer Honors College Thesis: Plume Impingement Analysis on the Lunar Lion |
Hao Deng | MS | 8/2011 | Analysis of Chemistry Models For DSMC Simulations of the Atmosphere of Io |
Ilyoup Sohn | PhD | 8/2011 | Hypersonic Non-equilibrium Flow and Radiation |
Rakesh Kumar | PhD | 5/2011 | Development of a Kinetic Particle-Based Method to Model the Multi-Scale Physics of Expanding |
Sergey Gratiy | PhD | 8/2009 | Modeling radiation from the atmosphere of Io with Monte Carlo Methods |
Zheng Li | PhD | 5/2009 | Direct Simulation Monte Carlo Modeling of Condensation in Supersonic Plume Expansions of Small Polyatomic Systems |
Samarth Saurav | MS | 12/2008 | Heat Transfer To Spores In An Abruptly Expanding Axisymmetric Flow Field Computed Using CFD |
Nilesh Moghe | MS | 8/2007 | Molecular Dynamics Simulations of Collisionally Induced Dissociation of Sulfur Dioxide, An Atmospheric Species of Io. |
Allison Gallagher-Rogers | MS | 8/2007 | High Fidelity Simulation of Plume Backflows for Modeling Spacecraft Contamination |
Evgeny Titov | PhD | 8/2007 | Examination of a New DSMC Method for Modeling o Multi-Scale Flows in MEMS Devices |
Takashi Ozawa | PhD | 8/2007 | Modeling and Simulation of Radiation Produced by Plasma-Impact in the Atmosphere in Io. |
Matthew Garrison | MS | 8/2005 | The Development of an Efficient Radiation Model for Chemically Reactant Flow at the Exhaust of Rocket Nozzles |
Jianqiang Zhong | PhD | 5/2005 | Modeling of Homogeneous Condensation in free-expanding Plumes with the direct simulation Monte Carlo Method |
Dmitry Fedosov | MS | 8/2004 | Investigation of Numerical Errors in Direct Simulation Monte Carlo |
Kamal Viswanath | MS | 12/2003 | Modeling of Soot Oxidation and Prediction of Optical Radiation in Underexpanded Plumes |
Takashi Ozawa | MS | 12/2003 | Use of Quasiclassical Trajectory Methods in the modeling of PH Production Mechanisms in DSMC |
Alina Alexeenko | PhD | 12/2003 | Modeling and Simulation of MEMS and Millimeter Thruster Devices |
Natasha Gimelshein | MS | 5/2002 | Modeling and Simulation of Water Dissociation in Rarefied Space Flows |
Craig Benson (GWU) | PhD | 5/2002 | Modeling and Simulation of Droplet Evaporation and Coalescence in Inductively Coupled Plasma Diagnostic Devices |
* In progress |