Signed in as:
filler@godaddy.com
Signed in as:
filler@godaddy.com
This predictive interface is based on the study "Modeling and Optimization of Magnetic Hyperthermia Using Ferrofluids" by Gontijo et al. (2025, Computers & Mathematics with Applications).
It simulates magnetic nanoparticle heating inside tumor tissues, estimating both the steady-state temperature at the tumor core and the time required to reach it.
Developed with AI4Tech’s surrogate modeling framework, this tool enables rapid evaluation of hyperthermia performance without the need for full CFD or multiphysics simulations.
