Maria Elisa Tata

Prof. Associato

University of Rome Tor Vergata

Italy

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About

Maria Elisa Tata is an Associate Professor at the University of Rome Tor Vergata, Italy. Her research areas encompass sustainability and energy transition, advanced materials such as shape memory alloys, and the mechanical characterization of metal foams and aluminum alloys. Recent articles highlight her work on elastocaloric behavior, laser-arc hybrid processes, and their implications for welding and structural applications.

Articles (20)

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2025

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2021

Collaborators (3)

Paolo Coppa

Professor

Università degli Studi di Roma Tor Vergata Facoltà di Economia

ITALY

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Andrea SILI

Full professor

Università degli Studi di Palermo

ITALY

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Sandra Corasaniti

Assistant Professor

Università degli Studi di Roma La Sapienza

ITALY

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Maria Elisa Tata

Research Interests

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About

Articles (20)

The Role of Metal Foams for Sustainability and Energy Transition

Thermographic Investigation of Elastocaloric Behavior in Ni-Ti Sheet Elements Under Cyclic Bending

An Overview of the Working Conditions of Laser–Arc Hybrid Processes and Their Effects on Steel Plate Welding

Mechanical Response and Elastocaloric Performance of Ni-Ti Shape Memory Alloy Sheets Under Varying Strain Rates

Production and Mechanical Characterization by Compression Tests of Al Alloys with Weaire–Phelan Cells Manufactured by the Lost-PLA Technique

Weldability Assessment of Austenitic/Ferritic Clad Plates Joined by a Combined Laser Beam–Electric Arc Process

Production of Al Alloys with Kelvin Cells Using the Lost-PLA Technique and Their Mechanical Characterization via Compression Tests

Compressive Behavior, Mechanical Properties and Energy Absorption of Al Honeycomb and Al Closed-Cell Foam: A Comparison

Al-Mg-Zn(-Cu) Cross-Over Alloys: The New Frontier in High-Strength and Radiation-Resistant Lightweight Materials

Shape Memory Alloys for Self-Centering Seismic Applications: A Review on Recent Advancements

Experimental Tests of Conduction/Convection Heat Transfer in Very High Porosity Foams with Lattice Structures, Immersed in Different Fluids

Effect of the Load Application Angle on the Compressive Behavior of Al Honeycomb under Combined Normal–Shear Stress

Research Progress on Mechanical Behavior of Closed-Cell Al Foams Influenced by Different TiH2 and SiC Additions and Correlation Porosity-Mechanical Properties

Development of SMA Spring Linear Actuator for an Autonomous Lock and Release Mechanism: Application for the Gravity-Assisted Pointing System in Moon to Earth Alignment of Directional Devices

Development of a magnetic cardan suspension coupled with a single actuated axis for gravity assisted pointing of directional devices: A case study of Moon to Earth alignment for a laser ranging reflector

Heat Conduction and Microconvection in Nanofluids: Comparison between Theoretical Models and Experimental Results

Experimental Set-Up of the Production Process and Mechanical Characterization of Metal Foams Manufactured by Lost-PLA Technique with Different Cell Morphology

Characterization in Dynamic Load Environment of COTS Synthetic Sapphire Bearings for Application in Magnetic Suspension in Space

Interfacial Reactions between AlSi10 Foam Core and AISI 316L Steel Sheets Manufactured by In-Situ Bonding Process

Correlation Modeling between Morphology and Compression Behavior of Closed-Cell Al Foams Based on X-ray Computed Tomography Observations

Collaborators (3)

Paolo Coppa

Andrea SILI

Sandra Corasaniti

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