Heinrich Fonfara

Fraunhofer Institute for Biomedical Engineering

Papers

Total Citations

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About

Heinrich Fonfara is a researcher specializing in ultrasonic sensing technologies, with a particular focus on airborne phased array systems and advanced piezoelectric materials. His most notable work centers on the development of ultrasonic phased arrays designed for airborne applications, leveraging the exceptional piezoelectric properties of cellular polymer films — materials capable of achieving piezoelectric effects of up to 150 pC/N. This innovative approach enables acoustic scanning without the need for moving parts, opening new possibilities for object recognition, distance measurement, and non-contact inspection scenarios. Fonfara's contributions address a growing demand for versatile, non-mechanical sensing solutions in industrial and inspection environments. By demonstrating that cellular polymer film can serve as a practical foundation for functional phased array structures, his research bridges advanced materials science with applied acoustics engineering. His work has garnered citations across the ultrasonic sensing community, reflecting its relevance to researchers developing next-generation detection and imaging systems. Though his citation profile remains emerging, his focused contributions to airborne ultrasonic technology represent meaningful progress in enabling flexible, high-performance acoustic scanning systems that reduce mechanical complexity while maintaining precision measurement capabilities.