Final Projects
Fall 2011
Name Project Title
Arthur Anderson Dye Hard: An Exploration into 2D Finite Volume Schemes and Flux Limiters
Jeff Dusek Sailing and Numerics: 2-D Slotted Wing simulations using the 2.29 Finite Volume Navier-Stokes Code
Bryan Herman Jacobian Free Newton Krylov Methods for solving coupled Neutronic/Thermal Hydraulic Equations
Jae Hyung Kim The Flow-Condition-Based-Interpolation (FCBI) Method
Audrey Maertens Cartesian Grid Simulations of High Reynolds Number Flows with Moving Solid Boundaries
Melissa Moulton Numerical Predictions of Diffusive Sediment Transport
Kelly Ogden Internal Tides Simulated Using the 2.29 Finite Volume Boussinesq Code
Jean-Philippe Peraud Numerical solution of an open boundary heat diffusion problem with Finite Difference and Lattice-Boltzmann methods
Akash Phadnis Predicting Uncertainties with Polynomial Chaos or Dynamically Orthogonal Equations: Who Wins?
Dilip Joy Thekkoodan Review of Spectral/hp Methods for Vortex Induced Vibrations of Cylinders
Phan Truong Direct Numerical Simulation of a Simple 2D Geometry with Heat Transfer at Very Low Reynolds Number
Bart Sievenpiper CFD Methods for Modeling Ducted Propulsors
Yujun Wang Diesel Particle Filter simulations with the 2.29 Finite Volume Navier-Stokes Code
Ruoqian Wang Comparison of Large Eddy Simulation Sub-grid Models in Jet Flows
Haining Zheng Numerical Simulation of Vortex Induced Vibration


Dye Hard: An Exploration into 2D Finite Volume Schemes and Flux Limiters


by Arthur Anderson




Sailing and Numerics: 2-D Slotted Wing simulations using the 2.29 Finite Volume Navier-Stokes Code


by Jeff Dusek




Internal Tides Simulated Using the 2.29 Finite Volume Boussinesq Code


by Kelly Ogden




Diesel Particle Filter simulations with the 2.29 Finite Volume Navier-Stokes Code


by Yujun Wang