Theses/Dissertations from 2023
Numerical Simulation, Turbulence Modeling and Active Flow Control of High Lift Aerodynamic Flows, Karsten Hendrickson
Nanoparticle Nucleation, Trapping, & Effluent Charging in Low-Temperature Plasmas, Eric Husmann
Single-Molecule Super-Resolution Imaging of Geobacter sulfurreducens under Anaerobic Conditions, Ziyi Hu
Reflectance Quantitative Polarized Light Imaging for Microstructural Evaluation of Musculoskeletal Soft Tissues, Leanne Elizabeth Iannucci
A Quality Assurance Pipeline for Deep Learning Segmentation Models for Radiotherapy Applications, Xiyao Jin
Mechanisms of KCNQ1-Calmodulin Channel Complex Activation to Dual Open States, Po Wei Kang
Calculating the Difference in Stiffness of Living T Cells Through Micropipette Aspiration, Minju Lee
Modulation of Penetration and Interphase Dynamics for Stable Lithium Batteries, Youngju Lee
Cancer Assessment with Optical Imaging: Algorithms and Machine Learning, Shuying Li
Development of Image-Segmentation and Objective Evaluation Methods for Quantitative Nuclear-Medicine Imaging, Ziping Liu
Two-Dimensional Field Effect Transistor, Yimeng Li
Automatic Cardiac MRI Image Segmentation and Mesh Generation, Ziyuan Li
Colorectal and Ovarian Cancer Imaging Using Optical Coherence Tomography and Photoacoustic Tomography, Hongbo Luo
Interfacial kinetics and morphological instabilities of alkali metal anodes, Bingyuan Ma
Development of a Multispectral VIS-SWIR Imaging Modality for Cutaneous Water Assessment, Quinlan McGrath
Computational Analysis of Steady Hypersonic Flow Fields of NASA Benchmark Geometries Utilizing ANSYS Fluent, Aidan Murphy
3-Dimensional Visualization of Cardiac Plaque Mapping Data, Phan Ly Vy Nguyen
Moment and Heuristic Approaches to Control and Stabilization of Dynamic Populations, Xin Ning
Comparison of In-vitro 3D human Embryoids with Current Models for Gastrulation, Jin Park
The Development of Metabolic Models and Machine Learning Methods for Biofuel-Producing Bacteria, Garrett Roell
Engineered Material Systems for Mimicking Tissue and Disease, Margrethe Ruding