3D Printing Research
3D-printed PNIPAm-PEGDA hydrogel networks, using a Design-of-Experiments approach to link monomer ratio to mechanical strength, swelling, and drug-release behavior.
Systematic Investigation and DOE-Based Modeling of Thermo-Responsive Behavior and Mechanical Properties of PNIPAm-PEGDA Hydrogels
A Design-of-Experiments study of 3D-printed PNIPAm-PEGDA hydrogels links monomer ratio to a 50-fold range in mechanical strength and a predictive model for tuning stiffness, swelling, and drug release.
Molecular-weight-dependent thermal resistivity response of CNT/PNIPAm hydrogels
PVP molecular weight reverses the thermal resistivity response of CNT/PNIPAm hydrogels by shifting the balance between ionic-conduction loss and CNT-network densification.
