Materials Science / Bioengineering
Predictive Hydrogel Modeling
Rheological and predictive analysis of cross-linked F88DMA hydrogels.
- Institution
- Garcia Center for Polymers at Engineering Interfaces
- Role
- Researcher
- Timeline
- Jun — Dec 2024
- Status
- Research complete
Experimental and computational analysis of F88DMA cross-linked with APS and TEMED.
RheologyPredictive modelingF88DMAAPS / TEMED
01Formulation02Rheological analysis03Predictive model04Cross-link behavior
Hydrogel behavior depends on concentration and cross-linking conditions.
Combine rheological analysis with predictive modeling across tested F88DMA, APS, and TEMED conditions.
Dhruva conducted the rheological analysis and applied predictive methods to the tested conditions.
A 97 percent correlation between concentration and cross-linking time was observed under the tested conditions.
Experimental context and boundary conditions are essential when reporting materials correlations.