George Youssef

Associate Professor

San Diego State University

United States

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George Youssef is an Associate Professor at San Diego State University in the United States. His research primarily focuses on the design and mechanics of auxetic structures, sandwich composites, and the mechanical properties of advanced materials. Dr. Youssef has contributed to recent studies on 3D printed composites, the properties of cellulose acetate, and the structural performance of metastructures.

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2023

Collaborators (2)

Behrad Koohbor

Assistant Professor

Rowan University

UNITED STATES

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José Díaz-Álvarez

Universidad Carlos III de Madrid

SPAIN

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George Youssef

Research Interests

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About

Articles (20)

Design and mechanics of stackable auxetic S-shaped structures

Development, 3D printing, and mechanics of novel auxetic unit cell monostructures

Multiscale experimental characterization of nonlinear mechanics and auxeticity in mechanical metamaterials with rotating squares

Impact efficacy of sandwich structures with additively manufactured skins and elastomeric foam cores

Superior damping-stiffness performance in a monolithic ceramic (GdPO4) across a wide temperature range

Flexural response of 3D printed continuous carbon fiber reinforced photocurable polymer composites

Thermal, Physical, Chemical, and Mechanical Properties of Cellulose Acetate From Cigarette Filters

Mechano-electro-magneto-optical properties of giant PCBM crystals

Strain Rate Effect on the Structural Performance of Mathematically Generated Metastructures

Strength Characteristics of Dry-Pressed Thermally Bonded Clay–Polymer Composites

Machinability of 3D printed peek reinforced with short carbon fiber

Localized creep analysis of polyurea elastomer from full-field measurements

Tuning the performance of magnetoelectric layered cylindrical composites

In-operando spectroscopic interrogation of macromolecular conformational changes in polyurea elastomers under high strain rate loading

Quasi-Static Mechanical Response of Density-Graded Polyurea Elastomeric Foams

Light‐Matter Interactions Revealing Load‐Induced Phase Mobility in Elastomers

Stress-based investigations of the performance of magnetoelectric composite cylinders

Density‐Dependent Impact Resilience and Auxeticity of Elastomeric Polyurea Foams

Density‐Dependent Impact Resilience and Auxeticity of Elastomeric Polyurea Foams

Multiscale Strain Field Characterization in Flexible Planar Auxetic Metamaterials with Rotating Squares

Collaborators (2)

Behrad Koohbor

José Díaz-Álvarez

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