ProQuest Subject Index - Aerospace materials at PRINCETON UNIVERSITY

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You are viewing titles for PRINCETON UNIVERSITY in the subject Aerospace materials available through the UMI Dissertations & Thesis Gradworks site.

Aero-optic characteristics of turbulent compressible boundary layers	An experimental and DNS numerical study of multi-hole cooling

Broadband contrast for exo-planet imaging: The impact of propagation effects	Coherent microwave scattering from laser-induced plasma

Cooperative vehicle control, feature tracking and ocean sampling	Direct numerical simulation of shockwave and turbulent boundary layer interactions

Dynamics of droplet collision and flame-front motion	Experimental and numerical studies of burning velocities and kinetic modeling for practical and surrogate fuels

Experimental and theoretical studies of cylindrical Hall thrusters	Experiments on equation of state effects on heat transfer for high Reynolds number, high speed flow and the application to throat survivability

Faraday accelerator with radio-frequency assisted discharge (FARAD)	First demonstration of MHD power generation using externally ionized, cold, supersonic air as a working fluid

Fundamentals of undervoltage breakdown through the Townsend mechanism	High Reynolds number flows about bodies of revolution with application to submarines and torpedoes

High Reynolds number turbulent pipe flow	Linearly and nonlinearly optimized weighted essentially non-oscillatory methods for compressible turbulence

Lithium-fed arc multichannel and single-channel hollow cathode: Experiment and theory	Nonlinear stability and control of gliding vehicles

Numerical simulation of isolated droplet combustion under microgravity conditions	On coupled hydrodynamic and diffusional-thermal instabilities in flame propagation

On the structure and dynamics of stationary and rotating spherical diffusion flames	Optimal configuration of a planet-finding mission consisting of a telescope and a constellation of occulters

Performance of truss panels with kagome cores and design of a high authority shape morphing structure	Predictive and reinforcement learning for magneto-hydrodynamic control of hypersonic flows

Propagation and stability of expanding spherical flames	Simulation of plasma flows in self-field Lorentz force accelerators

Simulation-based aerodynamic design of high-lift devices in ground effect	Stabilization and synchronization of networked mechanical systems

Studies of anode sheath phenomena in Hall thrusters	Studies on ignition of hydrogen and hydrocarbons

Wavefront correction for the Terrestrial Planet Finder project