Submissions from 2023
Development of a cm-scale Passive Heat Switch, Steve Park
Evaluation of Various Turbulence Models for Turbulent Separated Flow over a Model Two-dimensional Bump, Xuehui Qian
Harnessing Solar Energy for Green Hydrogen Production – A Review, Neal Quinn
Geometric Characterization of Wild-Type and AngII-Treated Mouse Intestines under Applied Loading, Sara-Marie Reed and Matthew Bersi
Accessible Computer Interface Device, Oliver Reid
RatFlex: A ROM Device Used to Measure Post-Traumatic Joint Contracture in Rat Elbows, Ethan Riak
Design and Characterization of 3D-printed Weaire-Phelan Hydrogel Lattices, Margrethe Ruding
An Exploration of the Impact Behavior of Sustainable Nanofluid Droplets, Lillian Salter
Three-Point Bend Testing and Apparatus, Charles Suskin
Data Collection Research for Multidisciplinary Design & Prototyping Fall 2023: Spring 2023 MEMS 400 Independent Study, Hayato Takai and Julian Wu
Effects of Polyphenols on Tropoelastin Assembly, Helena Teixeira-Dasilva
Time-dependent Charge of Water Droplets in Silicone Oil, Alejandro Vucanovic
Infrared Imaging of Condensation and IR Camera Calibration, Yufan Wu
Successful Functional Prototyping with 3D Printing, Amy Xue and Ruth Okamoto
Dropwise Condensation Thermal Behavior on Various Surfaces, Ruikang Zhang
Advancements in Panoramic-DIC System for Vascular Imaging, Zhuangyu Zhang
Micro-Tug Device Fabrication as Platform for 3D Tissue Dynamical Construction and Magnetic Actuation, Zhuangyu Zhang
Submissions from 2022
Experimental Aortic Fluid and Solute Transport Measurement System Independent Study, Ryan Allin
Treating Triple Negative Breast Cancer with Targeted Nano-Therapy, Mikayla Bridges
Development of Tool to Measure Mechanics of Cylindrical Soft Tissue Samples, Perry Brody
Design, Prototyping, and Testing of a Closed Loop Automated Irrigation System, Anthony Brown and John Christensen
Literature Study on Energy-Storing Mice Tendons, Gustavo De Paiva
Predicting RF Signal Degradation Through the Hypersonic Plasma Sheath Using dsmcFoam and PIC Method, Andrew DeRubertis and Ramesh K. Agarwal