Date of Graduation
Master of Science in Microelectronics-Photonics (MS)
Adam P. Huang
Second Committee Member
Third Committee Member
Advanced Propulsion, Computational Modeling, COMSOL, Heat Transfer, Microwaves, Miniaturization
A gedankenexperiment was considered to compare a hypothetical thruster that used no reaction mass to propulsion methods currently in use. A brief discussion of previous research work done on closed resonant cavity thrust devices was conducted. Using the previous work as a template, a simulation plan was devised. Computational models of resonant microwave cavities were constructed and investigated using COMSOL software. These COMSOL simulations were verified against known analytical solutions using Matlab software as a computational tool. Multiphysics simulations were created to study the microwave heating environment of the resonant cavities. From the COMSOL study outputs, the electromagnetic field magnitude, temperature, surface resistive losses, volume resistive losses, quality factor, and energy contained in the electric field were presented and discussed. The disagreements between the computational model and real-world resonant cavities were also presented and discussed.
Pennington, J. S. (2017). Optimization of Miniaturized Resonant Microwave Cavities for Use in Q-Thrusters. Graduate Theses and Dissertations Retrieved from https://scholarworks.uark.edu/etd/2473