Abstract

Digital twins, a concept originating from industrial engineering, have found significant applications in biomedical engineering. This article explores the integration of digital twins in biomedical engineering, focusing on their role in bridging simulation and reality. The article provides a comprehensive overview of the materials and methods used in developing digital twins, presents results from various case studies, and discusses the implications of these findings. The conclusion highlights the potential of digital twins to revolutionize biomedical engineering by enhancing precision, personalization, and predictive capabilities in healthcare.