Karla Mossi

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About

Karla Mossi is a leading researcher in smart materials and energy harvesting, with a particular focus on piezoelectric composites and their applications in micro-scale devices. Her work centers on the development and characterization of LIPCA (Lightweight Piezoelectric Composite Actuator) systems, which combine carbon and glass fibers with piezoelectric ceramics to create efficient, lightweight actuators and sensors. Mossi’s experimental studies, such as her foundational 2007 paper on power consumption in LIPCA-C2, have been instrumental in advancing the use of these materials in micro aerial vehicles, micropumps, vibration control systems, and bio-inspired robotics. Her contributions directly support the growing trend toward miniaturization in engineering, enabling more efficient and compact devices. With over 3 citations on her most-cited work and a broader portfolio of influential studies, Mossi has established herself as a key figure in smart structures and energy conversion technologies. Her research continues to inspire innovations in autonomous systems and adaptive structures, making her a vital resource for students and engineers exploring the frontiers of material science and mechatronics.