The Orthotropic Behavior of Paper: Fracture and Wetting Properties Project Details Materials Science and Engineering
Design and Optimization of the Separated Interface Nerve Electrode for a Freeform Stimulator in Vestibular Restoration Project Details Materials Science and Engineering
A Novel and Effective Design to Immobilize Enzymes within Protein Crystals Project Details Materials Science and Engineering
Designing a system for examining microplastic release in fabrics made from recycled materials Project Details Materials Science and Engineering
Optimizing Properties of Additively Manufactured NiZnCu-Ferrite Soft Magnetic Composites Project Details Materials Science and Engineering
Materials screening method for superconducting quantum bits using simplified fabrication and design of partial quantum bits Project Details Materials Science and Engineering
Designing a Biodegradable Thin Film Drug Delivery Method for Use in Osteomyelitis Treatment Project Details Materials Science and Engineering
Evaluating Ti-25Nb-8Zr for Biomedical Applications Project Details Materials Science and Engineering
Designing a Self-Swelling Pancreatic Stent to Improve Whipple Surgery Outcomes Project Details Materials Science and Engineering
The Effect of Silicon on the Precipitation of Carbon from Rapidly Solidified Nickel-Carbon Alloys Project Details Materials Science and Engineering
Analyzing Mutant FGFR3 Association Using Fluorescence Fluctuation Techniques Project Details Materials Science and Engineering
Finite Element Analysis & Topology Optimization of Biodegradable Magnesium-Alloy Intramedullary Rods Project Details Materials Science and Engineering
Optimizing Cathode Structure for Enhanced Electrochemical Performance Using 3D-printed Lattice Structures Project Details Materials Science and Engineering
Why is Big Sometimes Too Big? Effect of DNA Particle Size on Cellular Uptake and Transfection Efficiency Project Details Materials Science and Engineering
Studying an Ion-Conducting Polymer in the Presence of FeCl3 Project Details Materials Science and Engineering
Accelerated Discovery of Multi-Phase Alloys Through Machine Learning Surrogate Models Project Details Materials Science and Engineering
Designing a Biodegradable Biomaterial for Controlled Drug Delivery in Orthopedic Surgery Project Details Materials Science and Engineering
Designing a Recrystallization Kinetics Model for Dilute Niobium Alloys Project Details Materials Science and Engineering
Engineering an Embolization Device for Localized and Sustained Release of a Chemotherapeutic Agent Project Details Materials Science and Engineering
Using Machine Learning to Probe the Transfection Efficiency of DNA-Lipid Nanoparticle Formulations Project Details Materials Science and Engineering
Biodegradable Nanofiber Funnel Conduits for Targeted Muscle Reinnervation Project Details Materials Science and Engineering
Rational Design and Fabrication of LiMn2O4 Composite Cathodes for High-Performance Solid-State Batteries Project Details Materials Science and Engineering
