Research
Explore my research lines and the projects associated with them.
Energy Storage / Batteries
This research line develops and applies innovative non-contact ultrasonic techniques (ACU) for the detailed physical characterization and inspection of battery cells. We focus on generating fundamental knowledge about the mechano-electro-chemical (MEC) behavior of batteries and their components, analyzing cell integrity, composition, and internal degradation processes. This expertise is then leveraged to enhance the performance, safety, and sustainability of energy storage systems, directly impacting quality control in manufacturing lines and facilitating integral recycling value chains.
See ProjectsVegetal Tissues / Plants & Crops
This multidisciplinary line applies our core physical expertise to address key challenges in biology and ecophysiology. We focus on generating fundamental knowledge about plant water relations and the intricate relationship between leaf structure/shape and function. By using air-coupled ultrasonic technologies, we develop rapid, non-destructive, and non-invasive techniques that allow for real-time monitoring of biological processes even in the field, supporting the development of tools for optimizing irrigation and crop management within the context of precision agriculture.
See ProjectsMaterial Characterization / Non-Destructive Testing (NDT)
This research concentrates on generating new scientific knowledge through advanced non-destructive evaluation (NDE). We specialize in developing innovative ultrasonic methodologies to evaluate the integrity, composition, and internal structure of complex materials (including composites, foams, and hierarchically structured systems) and materials that cannot be physically touched (non-contact). The goal is to translate this knowledge into reliable technologies for industrial process monitoring and quality assurance.
See Projects