Material–Mechanics Integration Challenges in Wearable Devices
By: Lohit Ram
Conference Manager, IMS 2026
04/05/2026
Prof. Kyriakos Komvopoulos is a distinguished faculty member in the Department of Mechanical Engineering at University of California, Berkeley, USA. Renowned for his pioneering contributions to electronic materials, micro/nanoscale engineering, and advanced surface technologies, his research bridges fundamental science with real-world technological applications.
Prof. Komvopoulos will explore the fundamental issues associated with material–mechanics coupling in wearable technologies. The presentation will focus on how mechanical deformation, flexibility, and durability impact the performance of electronic materials under real-world operating conditions, including continuous bending, stretching, and environmental exposure.
Key challenges such as mechanical fatigue, interfacial adhesion, material degradation, and structural reliability will be discussed, particularly in the context of flexible and stretchable electronic systems. The talk will also highlight the role of nanomechanics, thin-film behavior, and surface engineering in addressing these limitations.
By integrating insights from tribology, nanoscale characterization, and materials engineering, this presentation aims to provide strategies for designing robust, long-lasting wearable devices. The session will offer valuable perspectives for researchers working on next-generation electronic materials, flexible electronics, and smart wearable systems.