Andrea Meoni

Assistant Professor

University of Perugia

Italy

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About

Andrea Meoni is an Assistant Professor at the University of Perugia, Italy. His research focuses on structural engineering, with recent work exploring fast deformation assessment of railway bridges using unmanned aerial vehicles, as well as innovative materials for construction such as self-sensing concrete and smart bricks. He also investigates methodologies for bridge inspection, risk assessment, and the preservation of historical heritage against various risks.

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2020

Collaborators (10)

Enrique García-Macías

Profesor Ayudante Doctor

Universidad de Granada

SPAIN

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Fulvio Parisi

ITALY

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Professore Ordinario

University of Perugia

ITALY

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Andrea Meoni

Research Interests

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About

Articles (24)

Fast deformation assessment of riveted steel railway bridges during load testing using unmanned aerial vehicles (UAVs)

KDssZ: A web-based open-access tool for physics-based impedance measurements in cement-based composites

The Development and Statistical Analysis of a Material Strength Database of Existing Italian Prestressed Concrete Bridges

Low-cost electrometer for self-sensing construction materials: design and measurement insights for smart concrete and bricks

Automated damage detection in masonry structures using cointegrated strain measurements from smart bricks: Application to a full-scale building model subjected to foundation settlements under changing environmental conditions

Validated and Optimized Strategies for Preserving Historical Heritage Towards Natural and Anthropic Risks: Insights from the DETECT-AGING Project

Full-scale testing and multiphysics modeling of a reinforced shot-earth concrete vault with self-sensing properties

Smart Clay Bricks enabling Diffuse Strain Monitoring in Masonry Buildings: Progresses at Full-scale

Insights into structural assessment and long-term effects of a post-tensioned multispan concrete box girder bridge with vertically prestressed internal joints

Structural performance assessment of full-scale masonry wall systems using operational modal analysis: Laboratory testing and numerical simulations

A New Methodology for the Diagnosis and Monitoring of Bridges Under Slow Deformation Phenomena

Strain Monitoring and Crack Detection in Masonry Walls under In-Plane Shear Loading Using Smart Bricks: First Results from Experimental Tests and Numerical Simulations

A procedure for bridge visual inspections prioritisation in the context of preliminary risk assessment with limited information

Self-Sensing Eco-Earth Composite with Carbon Microfibers for Sustainable Smart Buildings

A New Methodology for the Prioritization of Visual Inspections of Bridges and Viaducts

SAFOTEB project: towards new approaches for the reliability assessment of existing prestressed bridge

STRUCTURAL HEALTH MONITORING OF CURVED ROADWAY BRIDGES THROUGH SATELLITE RADAR INTERFEROMETRY AND COLLAPSE SIMULATION

Structural Assessment of a Post‐Tensioned Box Girder Bridge affected by Concrete Creep

Strain-sensing smart bricks under dynamic environmental conditions: Experimental investigation and new modeling

Integration of structural performance and human-centric comfort monitoring in historical building information modeling

A Multichannel Strain Measurement Technique for Nanomodified Smart Cement-Based Sensors in Reinforced Concrete Structures

Improved strain sensing properties of cement-based sensors through enhanced carbon nanotube dispersion

Self-Sensing Properties of Green Alkali-Activated Binders with Carbon-Based Nanoinclusions

Characterization of the strain-sensing behavior of smart bricks: A new theoretical model and its application for monitoring of masonry structural elements

Collaborators (10)

Enrique García-Macías

Fulvio Parisi

Gian Piero Lignola

Denny Coffetti

Ilaria Venanzi

Laura Gioiella

Claudia Fabiani

Luigi COPPOLA

Alessandro Zona

Filippo Ubertini

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