Name: Title

L. McCarthy: Hub Design for DWTs

T. E. Valle: Luge Suspension Modeling

D. J. Long: Nucleation Modeling

D. Childs, G. Mamoria: DWT Optimization

S. Barth, C. Austin: Shock Tracking Investigations

T. E. Valle: Luge Suspension Modeling

A. Persaud: Aerodynamic Optimization of a Luge Sled

G. Yeboah: Hub Design for DWTs

D. J. Long: MC Simulations of 2D Nucleation

G. Mamoria: Optimization of Ducted Wind Turbine Hubs

S. Barth, C. Austin: Shock Tracking Investigations

T. Purrenhage: Luge CFD Optimization

T. D. Hanson: SAE Intake Optimization

T. E. Valle: Luge Suspension Modeling

E. Johnson, K. Fenimore: Explicit Unstructured hp Simulations using Kokkos

T. D. Hanson: SAE Intake Optimization

I. M. Schuchardt: Luge CFD Optimization

L. B. Bielawski: Creation of a 3D Luge track for Sochi

M. K. Ogden: Luge CFD Optimization

O. J. McGuire: Luge CFD Optimization

M. K. Ogden: SAE Intake Optimization

I. M. Schuchardt, S. N. Sikorski: Luge CFD Optimization

M. K. Ogden: SAE Intake Optimization

B. Bates, D. L. Hays, M. N. Karlehag, J. M. Linendoll, C. A. Moser, N. Niles, A. Ratto: Water desalination

I. Schuchardt, Z. Woods: Luge CFD Optimization

T. Ruiz: GPU Solution of the Heat Equaiton

B. Guilfoil, O. Robilard, H. Walker, E. Weaver, N. Dorrance: Water Desalination

I. Schuchardt, S. Sikorski, Z. Woods: Luge CFD Optimization

A. Arshad: Computational Fluid Dynamic Modeling of Aortic Valve Expansion

K. Vassalo, N. Pascua, J. Jaramillo, A. Pirogova, J. Burns: Design of a Freeze Desalination System

A. Arshad: Computational Fluid Dynamic Modeling of Aortic Valve Expansion

U. Njike: Analysis of a Freeze Desalination Process

M. Branca: CFD Analysis of Luge

R. King: Coating Flow Analysis

U. Njike, R. -. Pedie, H. Cline, R. Velaidam: Design of a Freeze Desalination System

M. Gonzalez: DNS simulation of speaking

U. Njike: Analysis of a Freeze Desalination Process

M. Branca: CFD Analysis of Luge

U. Njike, R. -. Pedie, H. Cline, R. Velaidam: Design of a Freeze Desalination System

U. Njike: Analysis of a Freeze Desalination Process

A. DiBello, H. Werner, R. Insogna, C. Sickler: Luge Modeling and Measurement

I. Chester, A. Swirsky: Mobile Snowmaking Water Control Valve

L. Mellican: 3D Prismatic Meshes for Use in Computational Fluid Mechanics with Parallel Computing

U. Njike: Analysis of a Freeze Desalination Process

A. DiBello, H. Werner, R. Insogna, C. Sickler: Luge Modeling and Measurement

I. Chester, A. Swirsky: Mobile Snowmaking Water Control Valve

P. Boni, B. Gervais, T. Nuttle, R. Spinella, C. Prior, N.Vaccaro: Doubles Luge Modeling

U. Njike: Analysis of a Freeze Desalination Process

P. Boni, B. Gervais, T. Nuttle, R. Spinella, C. Prior, N.Vaccaro: Doubles Luge Modeling

R. Pedie: A Physical Model of Luge Steering

B. Nardone: Internal Wave Induced Mixing

J. Sakr: Aerodynamic Optimization of a Luge Sled

B. Nardone: Internal Wave Induced Mixing

J. Sakr: Aerodynamic Optimization of a Luge Sled

J. Hrdina: Numerical Simulation of Solidification

J. Hrdina: Numerical Simulation of Solidification

K. Mulvehill: Molecular Dynamics Simulation of Solidification

S. Travaly: MD Simulations of Solidification

D. Broomfield, J. Dowst, J. Bauer: Electric Motor Soldering Fixture

D. Broomfield, K. Kingsley, J. Gavitt, K. Kendall: Electric Motor Manufacturing Fixture

K. Mulvehill: Molecular Dynamics Simulation of Solidification

S. Travaly: MD Simulations of Solidification

D. Broomfield, J. Dowst, J. Bauer: Electric Motor Soldering Fixture

D. Broomfield, K. Kingsley, J. Gavitt, K. Kendall: Electric Motor Manufacturing Fixture

K. Mulvehill: Molecular Dynamics Simulation of Solidification

M. Morris: Simulation of Luge Tracks

K. Mulvehill: Molecular Dynamics Simulation of Solidification

M. Morris: Simulation of Luge Tracks

J. Barreto: Modeling of the Men’s Luge Start

K. Mulvehill: Molecular Dynamics Simulation of Solidification

D. Lienau: Discrete Element Modeling of Snow Friction

K. Mulvehill: Molecular Dynamics Simulation of Solidification

D. Lienau: Discrete Element Modeling of Snow Friction

A. Hou: Molecular Dynamics Simulation of Gases

D. Stone: CAD Modeling of a Doubles Luge Sled

D. Weiner: Using a Cambered Auxiliary Airfoil to Increase Lift and Efficiency of a Clark Y Airfoil at a Low Reynolds Number

K. Perline: A Hybrid Level-Set/Moving-Mesh Interface Tracking Method

D. Weiner: Using a Cambered Auxiliary Airfoil to Increase Lift and Efficiency of a Clark Y Airfoil at a Low Reynolds Number

K. Perline: A Hybrid Level-Set/Moving-Mesh Interface Tracking Method

A. Bluestein: Investigation of Drop Break-up

B. Conteh: Optimization of Wind Turbines

D. Weiner: Using a Cambered Auxiliary Airfoil to Increase Lift and Efficiency of a Clark Y Airfoil at a Low Reynolds Number

K. Perline: A Hybrid Level-Set/Moving-Mesh Interface Tracking Method

D. Witman: Applications of the Proper Orthogonal Decomposition to Particle Modeling

N. Roskoff: Numerical Invesitgation of DAWT’s

D. Witman, P. Wolber, A. Wright, G. String, M. Lang, R. Venters: Impingement Jet Cooling

D. Weiner: Using a Cambered Auxiliary Airfoil to Increase Lift and Efficiency of a Clark Y Airfoil at a Low Reynolds Number

K. Perline: A Hybrid Level-Set/Moving-Mesh Interface Tracking Method

D. Witman: Applications of the Proper Orthogonal Decomposition to Particle Modeling

N. Roskoff: Numerical Invesitgation of DAWT’s

D. Witman, P. Wolber, A. Wright, G. String, M. Lang, R. Venters: Impingement Jet Cooling

R. Venters: Thermal Modeling of Micro- and Nano-Scale Integrated Circuits

D. Weiner: Using a Cambered Auxiliary Airfoil to Increase Lift and Efficiency of a Clark Y Airfoil at a Low Reynolds Number

J. Callahan: CFD of Circular Cylinders in Cross-flow using RANS Modeling in ANSYS FLUENT: Comparison to Wind Tunnel Data

K. Perline: A Hybrid Level-Set/Moving-Mesh Interface Tracking Method

D. Witman: Applications of the Proper Orthogonal Decomposition to Particle Modeling

N. Roskoff: Numerical Invesitgation of DAWT’s

D. Witman, P. Wolber, A. Wright, G. String, M. Lang, R. Venters: Impingement Jet Cooling

R. Venters: Thermal Modeling of Micro- and Nano-Scale Integrated Circuits

D. Weiner: Using a Cambered Auxiliary Airfoil to Increase Lift and Efficiency of a Clark Y Airfoil at a Low Reynolds Number

J. Callahan: CFD of Circular Cylinders in Cross-flow using RANS Modeling in ANSYS FLUENT: Comparison to Wind Tunnel Data

K. Perline: A Hybrid Level-Set/Moving-Mesh Interface Tracking Method

D. Witman: Applications of the Proper Orthogonal Decomposition to Particle Modeling

N. Roskoff: Numerical Invesitgation of DAWT’s

D. Witman, P. Wolber, A. Wright, G. String, M. Lang, R. Venters: Impingement Jet Cooling

G. Ockrin: Analysis of a Two Degree of Freedom Airfoil Using a High Order Finite Element Method

M. Wolcott: Heat Transfer Optimization for Laminar Flow in Ribbed Pipes Using CFD

B. Hofstead, C. Vintinner: Pulse Jet Research

R. Tompkins: Development of Parallel Computing at Clarkson University

B. Hofstead, C. Vintinner: Pulse Jet Research

M. Wolcott: Heat Transfer Optimization for Laminar Flow in Ribbed Pipes Using CFD

B. Hofstead, C. Vintinner: Pulse Jet Research

B. Hofstead, C. Vintinner: Pulse Jet Research

C. Mros: Break-up of Liquid Drops

M. Stolk: Simulation of a Flapping Airfoil

C. Mros: Break-up of Liquid Drops

J. Ngambo: Porting of Opencascade Software to OS X and Implementation of Automated CAD Tools for Use in Design

P. Ashman: Fluent Simulation of Flow over a Wing

Q. Sodji: -