Professor Amit Gefen
DOI: 10.56885/163137gwryry
The development and evaluation of advanced wound dressings increasingly rely on computational modeling tools that simulate how these products perform in realistic clinical conditions. This article provides an overview of bioengineering approaches, particularly finite element analysis (FEA), computational fluid dynamics (CFD), and multiphysics simulations that assess dressing interactions with skin and wound tissues. It underscores the growing importance of computer modeling and simulation-based research in promoting effective, safe, sustainable and patient-centered wound care.