Mx Samuele Martinelli
Research Assistant
Centre For Ultrasonic Engineering
Back to staff profile
Prize And Awards
- Student Best paper Award - 3rd Place
- Recipient
- 24/6/2025
- Hammermen Student Award 2025 (Finalist)
- Recipient
- 8/5/2025
- Best Research Poster
- Recipient
- 15/11/2024
Back to staff profile
Publications
- 3D-printed airflow hair sensor inspired by the buthus occitanus scorpion’s flat trichobothria
- Martinelli Samuele, Reid Andrew Baxter, Windmill James F C
- IEEE Sensors Journal Vol 26, pp. 1428-1435 (2026)
- https://doi.org/10.1109/JSEN.2025.3635869
- Development of acoustic & airflow sensors inspired by the flat hair-like sensilla of Buthus Occitanus scorpion
- Martinelli Samuele, Reid Andrew, Windmill James
- UK-FR PhD Annual Conference 2025 (2025)
- Additive manufacturing of an airflow sensor inspired by the flat trichobothria of scorpions
- Martinelli Samuele, Reid Andrew Baxter, Windmill James F C
- FLEPS 2025 - IEEE International Conference on Flexible and Printable Sensors and Systems, Proceedings IEEE International Conference on Flexible and Printable Sensors and Systems (FLEPS) 2025 FLEPS 2025 - IEEE International Conference on Flexible and Printable Sensors and Systems, Proceedings, pp. 1-4 (2025)
- https://doi.org/10.1109/FLEPS65444.2025.11105673
- 3D-printed sensors : pioneering the future of industrial innovation
- Martinelli Samuele
- Engineering Academics Network Congress 2025 (2025)
- Mechanical study of 3D-printed insect and arachnid bio-inspired hair acoustic sensor for separate frequency band acquisition
- Martinelli Samuele, Reid Andrew Baxter, Windmill James
- 188th Meeting of the Acoustical Society of America (2025)
- Development of acoustic & airflow sensors inspired by the hair sensilla of insects and arachnids
- Martinelli Samuele, Reid Andrew, Windmill James
- Fr-UK Phd Scheme Conference 2025 (2025)
Back to staff profile
Professional Activities
- Development of Acoustic & Airflow Sensors Inspired by the Trichoid Sensilla of Insects and Arachnids
- Speaker
- 9/12/2025
- Additive Manufacturing of an Airflow Sensor Inspired by the Flat Trichobothria of Scorpions
- Speaker
- 23/6/2025
- Mechanical Study of 3D-Printed Insect and Arachnid Bio-inspired Hair Acoustic Sensor for Separate Frequency Band Acquisition
- Speaker
- 20/5/2025
- Development of 3D-Printed Acoustic & Airflow Sensors Inspired by the Trichoid Sensilla of Insects and Arachnids
- Speaker
- 15/4/2025
- Development of acoustic & airflow sensors inspired by the hair sensilla of insects and arachnids
- Speaker
- 8/1/2025
- Bio-Inspired sensor structure based on two materials stiffnesses of scorpion’s trichobothria using additive manufacturing (AM)
- Speaker
- 13/6/2024
Back to staff profile
Contact
Mx
Samuele
Martinelli
Research Assistant
Centre For Ultrasonic Engineering
Email: samuele.martinelli@strath.ac.uk
Tel: 444 7407