Salvatore Andrea SCIUTO

Full Professor

Sapienza University of Rome

Italy

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About

Salvatore Andrea Sciuto is a Full Professor at the University of Rome ROMA TRE in Italy. His research focuses on the mechanical testing of biomedical devices, non-contact volume measurements, and the characterization of novel printed sensors. He has published recent articles on 3D printing quality control, torque assessment in microgrippers, and pulse transit time estimation methods relevant to cardiovascular disease diagnosis.

Articles (18)

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2025

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Università degli Studi di Roma La Sapienza

ITALY

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Salvatore Andrea SCIUTO

Research Interests

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Articles (18)

Mechanical Testing of 3D-Printed Pediatric Trachea-Shaped Specimens: A Suitability Study

A First Approach to Non-Contact Volume Measurements of Drops of Collyrium Instilled from Single-Dose Vials

Comparative Approach to Performance Estimation of Pulsed Wave Doppler Equipment Based on Kiviat Diagram

Experimental and Finite Element Analysis approach for torque assessment in CSFH-based microgrippers with different geometries

Experimental and Finite Element Model-based framework for grasping force analysis with electrostatic microgrippers: a case study using a human hair

Preliminary Characterization of a Novel Aerosol Jet-Printed Strain Sensor for Feasibility Assessment in a Variable Stiffness Arterial Simulator Application

Pulse transit time estimation methods in a novel arterial simulator with variable pulse wave velocity

Quality control of 3D printing in bioarchaeology: a case study on dimensional assessment of cranial models

Performance of Smart Materials-Based Instrumentation for Force Measurements in Biomedical Applications: A Methodological Review

A Novel Equivalent Time Sampling-Based Method for Pulse Transit Time Estimation with Applications into the Cardiovascular Disease Diagnosis

A Comparative Study on Depth of Penetration Measurements in Diagnostic Ultrasounds Through the Adaptive SNR Threshold Method

A Comparative Study on a Novel Quality Assessment Protocol Based on Image Analysis Methods for Color Doppler Ultrasound Diagnostic Systems

Correction: Evangelisti et al. Comparison between Heat Flow Meter (HFM) and Thermometric (THM) Method for Building Wall Thermal Characterization: Latest Advances and Critical Review. Sustainability 2022, 14, 693

Functional and Metrological Issues in Arterial Simulators for Biomedical Testing Applications: A Review

Comparison between Heat Flow Meter (HFM) and Thermometric (THM) Method for Building Wall Thermal Characterization: Latest Advances and Critical Review

A preliminary study on an image analysis based method for lowest detectable signal measurements in Pulsed Wave Doppler ultrasounds

Comparative evaluation of three image analysis methods for angular displacement measurement in a MEMS microgripper prototype: A preliminary study

Design, fabrication, testing and simulation of a rotary double comb drives actuated microgripper

Collaborators (6)

Andrada Pica

ANTONINO QUATTROCCHI

andrea scorza

Giorgia Fiori

Roberto de Lieto Vollaro

Fabiano Bini

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