Propulsion

• A Ceramic-Manganese Oxide System for the Decomposition of High Concentration Hydrogen Peroxide – Beutien, Trisha
• A Computational Tool for Spray Modeling Using Lagrangian Droplet Tracking in a Homogeneous Flow Model – Pham, Tuan
• A Fully Nonlinear Model for Atomization of High-Speed Jets – Yoon, Suk
• A Numerical Heat Transfer Model for an Advanced Solar Thermal Propulsion System – Miller, David
• A Photographic Study of the Effect of Acceleration on Composite Propellant Combustion – Frederick, Jr., Robert
• A Study of Non-Steady Combustion of Heterogeneous Propellants – Deur, John
• A Study of Temperature Sensitivity and Variable Pressure Exponents in AP/HTPS Composite Propellants – Gaunce, Michael
• A Study of the Aerodynamic Breakup of Molten Aluminum Particles in Two-Phase Flow – Nack, Kevin
• A Theoretical Basis for Electrokinetic Propulsion – Stein, William
• A Theoretical Study of the Temperature Sensitivity of a Solid Rocket Motor – Hamke, Rolf
• A Thermostructural Analysis of a Lined Composite Rocket Nozzle – VandenBoom, Michael
• Acoustic Inertial Confinement Fusion: Potential Applications to Space Power and Propulsion – Butt, Adam
• Altitude Compensation Using Combustible Nozzle Liners – Tsohas, John
• An Analysis of the Instantaneous Performance Characteristics of Nozzleless Solid Rocket Motors – Armstrong, Jr., Gerald
• An Experiment to Study the Effects of Aspect Ratio on Rocket Thrust Chamber Cooling Channel Performance – Wennerberg, Jason
• Analysis of an Advanced Aero-Engine Bearing Chamber – Bies, Christopher
• Analysis of an Axisymmetric Rocket Based Combined Cycle Engine – Gujarathi, Amit
• Anodic Studies of the Aluminum-Hydrogen Peroxide Semi-Fuel Cell – Lim, Kok
• Application of High-Order Numerical Schemes for the Boltzmann Transport Equations to Non-Equilibrium Gas Flows – Chigullapalli, Sruti
• Autoignition of Kerosene by Decomposed Hydrogen Peroxide in a Dump Combustor Configuration – Sisco, James
• Biannular Airbreathing Nozzle Rig Facility Development – Trebs, Adam
• Boundary Element Modeling of 2-D and 3-D Atomization Processes – Chao, Chien-Chi
• Characterization of Pintle Engine Performance for Nontoxic Hypergolic Bipropellants – Austin, Jr., Benjamin
• Characterization of Substrate Geometries for the Catalytic Decomposition of Hydrogen Peroxide – Long, Matthew
• Characterization of the Turbulent Windage in an Annulus and Its Incorporation into Two Sump Design Codes – Canino, James
• Combustion Mechanics of Wide Distribution Solid Propellants – Frederick, Jr., Robert
• Combustion Modeling of Composite Solid Propellants – Renie, John
• Combustion Response Measurements of Solid Rocket Propellant by a Microwave Technique – Matson, John
• Comparative Study of Pyrolytic Coking of JP-8 and JP-10 On Inconel and Stainless Steel Surfaces – Briggs, Eric
• Computational Analysis of a Pulsed Inductive Plasma Accelerator – Corpening, Jeremy
• Computational Modeling of High Frequency Combustion Instability in a Single-Element Liquid Rocket Engine – Smith, Randolph
• Conjugate Analysis of Asymmetric Heating of Supercritical Fluids in Rectangular Channels – Jung, Hogirl
• Control and Data Acquisition System for Rocket Combustor Experimentation – Nugent, Nicholas
• Design and Validation of a Test Facility for Coaxial Radio Frequency Plasma Thrusters – Delgado, Jorge
• Design of a High Thrust/Low Thrust Orbital Transfer Vehicle Considering Van Allen Radiation Belts – Mailhe, Laurie
• Development of Tools for Experimental Analysis of Erosive Burning in/Near Slots in Solid Rocket Motors – Moss, James
• Direct-Connect Testing of a Rocket Based Combined Cycle Engine – Jos, Cyril
• Dynamics of Bearing Chamber Air and Oil Flows in Gas Turbine Engines – Rodkey, Samuel
• Effect of Transverse Acoustic Oscillation on the Behavior of a Liquid Jet – Rutz, Mark
• Effects of Impingement and Shear Upon the Ignition of Hypergolic Rocket Bipropellants – Funk, John
• Efficacy of a Nonlinear Acoustic Model for Combustion Stability Prediction – Madhav, Ajay
• Electrocatalysis in Hydrogen Peroxide Fuel Cells – Miller, Daniel
• Electromagnetic Confinement of Nuclear Plasma: Propulsion Prospectives – Genov, Dentcho
• Evaluation of Positive Displacement Pump Types for Small Scale, Scroll driven, Propellant Feed Systems – Niemczura, Jerry
• Experimental Investigation of Asymmetric Heating in a High Aspect Ratio Cooling Channel – Schuff, Reuben
• Experimental Investigation of Combustion in a Radial Flow Hybrid Rocket Engine – Caravella, Jr., Joseph
• Experimental Investigation of Erosive Burning in Solid Propellant Motors – Slaby, Justin
• Experimental Investigation of Hybrid Rocket Combustion Instabilities – VanMeter, Michael
• Experimental Study of Combustion in Hydrogen Peroxide Hybrid Rockets – Wernimont, Eric
• Experimental Study of Longitudinal Instabilities in a Single Element Rocket Combustor – Miller, Kevin
• Experimental and Analytical Investigations of Longitudinal Combustion Instability in a Continuously Variable Resonance Combustor (CVRC) – Yu, Yen
• Experimental and Kinetic Modeling Study of the Combustion of Jet-A and S-8 Fuels in Laminar Premixed Flames – Nishiie, Takayuki
• Experiments on Combustion of Advanced Hybrid Rocket Fuels using Hydrogen Peroxide Oxidizer – Corpening, Jeremy
• Fatigue Life Prediction of Liquid Rocket Engine Combustor with Subscale Test Verification – Sung, In-Kyung
• Flame Sensing in Pulse Detonation Combustors using Diodes, Ion Probes, and High Speed Video – Kowalkowski, Michael
• Flow Characteristics of Viscous High-Speed Jets in Axial/Swirl Injectors – Park, Hongbok
• Forced Excitation of Swirl Injectors using a Hydro-Mechanical Pulsator – Ahn, Benjamin
• Fundamentals of the Mass Ejection Propulsion System for Mobile Landmines – Armstrong, Kimberly
• Heterogeneous Decomposition of Hydrogen Peroxide and Its Stability Margin – Ali, Syed
• Hydrodynamics of Shear Coaxial Liquid Rocket Injectors – Tsohas, John
• Hypergolic Ignition of a Catalytically Promoted Fuel with Rocket Grade Hydrogen Peroxide – Pourpoint, Timothée
• Hypergolic Liquid Fuels for Use with Rocket Grade Hydrogen Peroxide – Frolik, Steven
• Ignition Delay Analysis of Non-Toxic Hypergolic Miscible Fuels – Funk, John
• Ignition of Hypergolic Propellants – Dambach, Erik
• Impinging Jets for Application in High-Mach Aircraft Thermal Management – Kibbey, Timothy
• Impulse Measurement and Modeling of Cyclic Pulse Detonation Engines – Matsutomi, Yu
• Impulse Measurements of Momentum Exchange Propulsion for Mobility Applications – Edwards, Jonathan
• In Situ Burning-Rate Determination Using Flash Radiography – Pressley, Jr., Homer
• Infrared Spectroscopy for the Measurement of In-Situ Deposition of Thermally Stressed Hydrocarbon Fuels – Martin III, Thomas
• Investigation into an Unsteady Heat Release Model Applied to an Unstable Model Rocket Combustor – O'Hara, Loral
• Investigation of Combustible Liners for Altitude Compensation in Liquid Rocket Nozzles – Harmon, Michael
• Investigation of Oil Drainage from the Bearing Chamber of a Gas Turbine Engine – Hrach, Michael
• Investigation of Simultaneous Vaporization and Decomposition of Hydrogen Peroxide using Multiple Jets in Crossflow – Mok, Jong
• Langmuir Probe Diagnostics on the Leap Electrothermal Thruster – Huu, Patrick
• Linear and Nonlinear Dynamics of Swirl Injectors – Richardson, Renith
• Liquid Film Cooling in a Model Combustor using Swirl Injection – Yu, Yen
• Liquid and Gelled Sprays for Mixing Hypergolic Propellants Using an Impinging Jet Injection System – James, Mark
• Measurement and Analysis in a Subscale Rocket Combustor – Helderman, David
• Measurement and Analysis of an Unstable Model Rocket Combustor – Sisco, James
• Measurement of the Arc Chamber Pressure Distribution in a Magnetoplasmadynamic Thruster – Cassady, Robert
• Modeling Acoustically Induced Oscillations of Droplets – Murray, Ian
• Modeling Dense Sprays Produced by Pressure-Swirl Atomizer – Park, Ki
• Modeling of Classical Swirl Injector Dynamics – Ismailov, Maksud
• Modeling of Drop Trajectories and Drop/Wall Interactions in Gas Turbine Engine Sumps – Weinstock, Vladimir
• Modeling of Oil Film Behavior on a Seal Runner and a Sump Wall – Shimo, Masayoshi
• Modeling the Effect of Unsteady Chamber Conditions on Atomization Processes – Rump, Kurt
• Nitramine Composite Propellant Modeling – Blomshield, Frederick
• Nonlinear Modeling of Atomization Processes – Hilbing, James
• Nonlinear Modeling of Jet Atomization in the Wind-Induced Regime – Spangler, Christopher
• Numerical Analysis of Coaxial Swirl Injectors – Canino, James
• Numerical Approaches for Hydrodynamic Cavitating Flows – Chen, Yongliang
• On the Nonlinear Dynamic Response of Plain Orifice Atomizers/Injectors – MacDonald, Megan
• Parametric Studies of an Aluminum-Hydrogen Peroxide Semi-Fuel Cell – Brodrecht, David
• Performance Analysis of Coupled and Segregated CFD Methods – Sardeshmukh, Swanand
• Performance Characterization of a Radio-Frequency Capacitively Coupled Discharge Microthruster – Stein, William
• Plume and Performance Measurements on a Plug Nozzle for Supersonic Business Jet Applications – Sandroni, Alexander
• Pressure Oscillation Analysis of a Research Dump Combustor Ramjet Experiencing Combustion Instability – Blomshield, Frederick
• Propellant Solid Phase Temperature Measurements – McGrath, David
• Simulating Collisions of Droplets with Walls and Films Using a Level Set Method – Kwon, T.J.
• Simulation of Orifice Internal Flows Including Cavitation and Turbulence – Xu, Changhai
• Simulation of the Nonlinear Dynamics of Charged Liquids Using Boundary Element Methods – Yoon, Suk
• Solid Propellant Flame Temperature Measurements – Geyer, Mark
• Solid Rocket Motor Grain Burnback Analysis Using Adaptive Grid Techniques – Hejl, Robert
• Studies on Pressure-Gain Combustion Engines – Matsutomi, Yu
• Study of Heat Transfer in a Gaseous Hydrogen Liquid Oxygen Multi-Element Combustor – Droppers, Lloyd
• Study of Hydrodynamic Instability of Shear Coaxial Flow in a Recessed Region – Kim, Byoung-Do
• Study of Surrogates for Conventional and Synthetic Aviation Jet Fuels – Singh, Deepti
• Study of an Under-expanded Sonic Impinging Jet Array – Lee, Joon
• Supercritical Fuel Film Cooling in a RP-1/Gox Staged Combustion Rocket – Haberlen, Philip
• Supersonic Analysis of Plume Characteristics for Asymmetric Nozzles – Childress, Karla
• Surface Thermal Loading Imposed By A Sonic Or Supersonic Impinging Jet – Stuerman, Michael
• Swirl Injectors for Oxidizer-Rich Stages Combustion Cycle Engines and Hypergolic Propellants – Long, Matthew
• The Design and Operation of a Servo-Controlled Solid Propellant Strand Window Bomb – Lilley, Jay
• The Effect of Erosive Burning of Temperature Sensitivity in Composite Solid Propellants – Barger, Mary
• The Non-Catalytic Ignition of High-Performance Monopropellants – Remson, Andrew
• Thermal Decomposition of an Advanced Monopropellant – Rubel, Ken
• Trajectory Control Through Thrust Vector Rotation – Bulathsinghala, Ivor
• Trajectory Control for Agile Landmines – Kowalkowski, Matthew
• Unsteady, Viscous, Cavitating Simulation of Injector Internal Flows – Bunnell, Robert
• Validation of Numerical Simulations for Nano-Aluminum Composite Solid Propellants – Yan, Allen
• Vaporization and Decomposition of Hydrogen Peroxide Droplets – Pearson, Nicholas
• Visualization of Liquid Jet Breakup and Droplet Formation – Moses, Michael