Submissions from 2022
Computational Fluid Dynamics modeling of Hemodialysis in Patients with an Arteriovenous Fistula, Maximilian Roth
Performance Study of N+3 Turbofan Engine Model with Several Types of Fuels Using NPSS, Abel Solomon
Strain engineering in perovskite, Xucheng Tao
IEL Isolation and Image Processing in MATLAB, Helena Teixeira-Dasilva
Foundations of the Pupper Quadruped Robot with Preliminary Work on an End Effector, Liana Tilton, Clement Siu, Jack Nanez, Max Saltrelli, Lila Dickstein, and Joshua Tang
Physical Model of Cilia Motion, Toby Utterback
Color Vision Deficiency and Plasmonic nanostructures, Jiaqi Wang
Photoluminescence quantum yield of transition metal dichalcogenide, Mingyang Wu
Optimal design of microfluidic devices to generate core-shell structures, Shaochen Wu
Material Property Quantification and Analysis of FBLN 4 -/- and LOX -/- Newborn Mice Aorta, Yufan Wu
Metal Droplet Generator for Studying Impact Dynamics, Xitong Xu
Simulation of Mechanical Behavior of Collagen Fibers, Panwei Yuan
Image Analysis for Characterization of Microtubule Protrusions, Haomin Yu
Precursor and PGG Concentration Affects the Tropoelastin Coacervation Peak Absorbance, ZHUANGYU ZHANG
Submissions from 2021
The Analysis of Microdroplet Arrays, Alex Austin
Extraterrestrial Microimager Subsystem Design, Matthew Bitner-Glindzicz and Mitchell Brunner
Development Of A Liquid Hydrogen Combustion High Bypass Turbofan Model In NPSS, Richard Carter
Quantitative Polarized Light Imaging of Histologically Stained Rat Humerus Cartilage, Gustavo De Paiva
Investigating Hypersonic Plasma Sheath and Heat Ablation Effects on RF Transmission using DSMC Method, Andrew J. DeRubertis and Ramesh K. Agarwal
Higher State Predictions of Coaxial Rotor Helicopters Using XGBoost Gradient Boosted Trees, Ethan Genter, Cory Seidel, and David A. Peters
Auto Drone: Modifying a DIY Drone Kit for Autonomous Flight, Sam Ginsberg
Kinematics and Kinetics of Capacitated and Non-Capacitated Mouse Sperm, Alicia Gupte
Human Driver Simulation Model, Chen Haojun