Review: Finite Element Modeling, Artificial Intelligence, and Digital Twins in Biomedical Engineering

A review of the applications of finite element modeling, artificial intelligence, and digital twins in biomedical engineering.

The review discusses the use of finite element modeling, artificial intelligence, and digital twins in biomedical engineering, highlighting their potential to improve the design and development of medical devices and treatments. Finite element modeling allows for the simulation of complex biological systems, while artificial intelligence can be used to analyze and interpret the results. Digital twins can be used to create virtual replicas of biological systems, enabling the testing and optimization of medical devices and treatments in a virtual environment. This approach has the potential to reduce the time and cost of developing new medical devices and treatments, as well as improve their safety and efficacy.