Bioinspired Multi-Functional Soft Materials for Naval Applications

Polyvinyl Chloride (PVC) gels have emerged as one of the most promising materials within the Multi-Functional Soft Materials (M-FSM) space — distinguished by their electrically controllable large deformation, silent actuation, strong force output, and concurrent sensing capabilities. These properties make them a compelling subject for investigation at the intersection of materials science, biomimetics, and applied engineering.

This project focuses on uncovering the fundamental transduction principles governing PVC gel behavior, encompassing both actuation and sensing. Through experimental characterization and physics-based theoretical modeling, the research aims to establish a rigorous framework for understanding and deploying PVC gel actuators and sensors in naval and other demanding real-world contexts.