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  • X = Miller, Fletcher J.


A comparison of the Monte Carlo method to the discrete ordinates method in FLUENT for calculating radiation heat transfer in a particle solar receiver
A computational study and statistical analysis of Santa Ana winds in Rancho Bernardo, San Diego
A physical system analysis and evaluation of a conventional air conditioning system with a solar thermal contribution
Carbon nanoparticle production through hydrocarbon pyrolysis experimentation and modeling
Collection and Analysis of Wind Data for the Evaluation of Wildland-Urban Interface Fire Dynamics Simulator
Comparison of measured and numerically modeled wind in the Rancho Bernardo Trails community
Computational modeling of flow and combustion in a Couette channel simulating microgravity
Coupled fluid flow and radiation modeling of a small particle solar receiver
Design and analysis of a multi-window aperture : structure for a small particle solar receiver
Design, construction, and initial testing of a lab-scale metal-alloy thermal energy storage system for concentrated solar power applications
Design, construction, and initial testing of a solar simulator and lab-scale small particle solar receiver
Dome Window And Mount Design For A Large Scale Solar Receiver
Experimental measurements of pmma combustion in simulated microgravity along the normoxic curve
Flame spread across materials commonly used on spacecraft at varied oxygen levels and opposed flow velocity in simulated microgravity
Flame spread experiments in a simulated microgravity environment using a Couette Flow Apparatus
Flame spread over thick polymethylmethacrylate samples in a simulated and actual microgravity environment
Flow reactor fluid dynamic modeling and experimentation to produce submicron carbon particles
Heat Transfer Analysis of a Lab Scale Solar Receiver Using the Discrete Ordinates Model
Hydrocarbon Pyrolysis Reactor Experimentation and Modeling for the Production of Solar Absorbing Carbon Nanoparticles
Infrared measurements of forward heat conduction in PMMA during simulated microgravity flame spread in the narrow channel apparatus