Robert Lemor

Fraunhofer Institute for Biomedical Engineering

Papers

Total Citations

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About

Robert Lemor is a researcher specializing in ultrasonic sensing technologies, with a particular focus on airborne ultrasonic phased arrays and advanced piezoelectric materials. His most notable contributions center on the development and application of cellular polymer films — innovative materials exhibiting high piezoelectric effects of up to 150 pC/N — as the foundation for next-generation ultrasonic array systems. Lemor's work addresses a critical challenge in modern sensing: enabling acoustic scanning without moving parts, which has broad implications for object recognition, distance measurement, and non-contact inspection scenarios. His 2007 conference paper on ultrasound phased arrays for airborne applications stands as his most cited work, reflecting the field's growing interest in versatile, non-mechanical scanning solutions. By demonstrating that cellular polymer films could serve as effective transducer materials in phased array configurations, Lemor helped open new pathways for practical, robust airborne ultrasonic systems applicable across industrial inspection and measurement contexts. While Lemor's citation counts remain modest, his research addresses a genuinely specialized niche at the intersection of materials science and acoustic engineering — work that continues to inform efforts to build smarter, more adaptable non-destructive evaluation and sensing technologies.