Faculty

Institution

Unit

Venue

George N. Frantziskonis

Professor

University of Arizona

Affiliations

College of Engineering

Civil and Architectural Engineering and Mechanics

Materials Science and Engineering

George N. Frantziskonis is currently serving as a Civil And Architectural Engineering And Mechanics Professor at University of Arizona.

Honors

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Experiences

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Education

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George N. Frantziskonis

University of Arizona

Professor

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materials science mechanical engineering mechanics of materials engineering applied physics mechanics solid mechanics fracture mechanics multiscale modeling materials engineering mechanical science microstructure numerical simulations computational materials science material research damage evolution wavelet theory mechanical behavior material modeling damage mechanism multiscale analysis condensed matter physics composite science composite structures tribology advanced composite material (engineering) crack formation brittle materials thermal engineering multiscale mechanic material simulation fiber-reinforced composites multiscale material size effects constitutive modeling micromechanics multiscale structure constitutive model heterogeneous materials heterogeneous solids condensed matter energy conversion strength property martensitic phase transformation aluminum alloy multiscale characterization related instabilities surface effects precision engineering nanomechanics fretting wear multimode wave propagation elastic solids lattice boltzmann method constitutive behavior additive manufacturing engineering science metal processing heterogeneous catalysis wave propagation mathematical modelling continuum modeling nanoscale science viscoelastic media niti sma electronics control system technology sonochemistry water technology control design instrumentation engineering control technology measurement systems thermal protection thermomechanical analysis parallel processing multiscale phenomena manufacturing science advanced manufacturing technologies

Notable Scholarly Works

Notable Federal Grants

Collaborators

Machine Learning of Impact Behavior in Cold Spray of Similar and Dissimilar Metals. Integrating materials and manufacturing innovation (2025)

materials scienceengineeringcold workingmicrostructuremechanical propertiesmechanical engineeringimpact (mechanics)tribologycold sprayimpact behaviordamage mechanismmachine learningmetalsmechanical testingmechanics of materials

Atomistic Characterization of Impact Bonding in Cold Spray Deposition of Copper. Materialia (2023)

Y. NikraveshG. FrantziskonisMarat I. LatypovK. Muralidharan

impact bondingmaterials scienceatomistic characterizationmaterials engineeringthermal engineeringmetal processingcold spray depositionapplied physicsengineering

A Partition and Microstructure Based Method Applicable to Large-Scale Topology Optimization. Mechanics of Materials (2022)

Yousef NikraveshYinwei ZhangJian LiuGeorge N. Frantziskonis

materials scienceengineeringmicrostructuremechanicslarge-scale topology optimizationtopology optimizationmechanics of materials

Development of Statistical Models for Porosity From Digital Optical Micrographs With Application to Metal Additive Manufacturing Microstructure. Computational Materials Science (2022)

Brian Snider-SimonGeorge Frantziskonis

materials sciencemechanical engineeringmaterials engineeringdigital optical micrographsporous materialsporosityapplied physicscomputational materials sciencemanufacturingadditive manufacturing

Reliability of Metal Additive Manufactured Materials From Modeling the Microstructure at Different Length Scales. Additive manufacturing (2022)

Brian Snider-SimonGeorge Frantziskonis

materials sciencedifferent length scalesreliabilitymicrostructuremechanical engineeringreliability engineeringmaterial modelingmanufacturingadditive manufacturingengineering

Techno-Economic Assessment and Design Optimization of Compressed Air Energy Storage Using Filament Wound Carbon Fiber Reinforced Plastic Pressure Vessels. Journal of Energy Storage (2021)

Y. NikraveshK. MuralidharanG. Frantziskonis

design optimizationmechanical engineeringplastic pressure vesselsenergy storagetechno-economic assessmentengineering

Design of Porous and Graded Niti Smart Energy Absorbers Considering Synthetic Uncertainty in Parameters. Journal of Intelligent Material Systems and Structures (2020)

Sourav GurGeorge N Frantziskonis

materials sciencemechanism designdesign optimizationdesignadvanced energy materialmaterials engineeringthermal engineeringenergy harvestingsmart energysynthetic uncertaintysensor designenergy engineeringadvanced materialsenergy-efficient designengineering

From Atomic-Scale to Mesoscale: A Characterization of Geopolymer Composites Using Molecular Dynamics and Peridynamics Simulations. Computational Materials Science (2020)

Mohammad Rafat SadatKrishna MuralidharanGeorge N. FrantziskonisLianyang Zhang

materials sciencemechanical engineeringperidynamics simulationsmolecular dynamicsgeopolymer compositesapplied physicscomputational materials science

Atomistic Simulation of Shape Memory Effect (Sme) and Superelasticity (Se) in Nano-Porous Niti Shape Memory Alloy (Sma). Computational Materials Science (2018)

Sourav GurGeorge N. FrantziskonisKrishna Muralidharan

materials scienceatomistic simulationmechanical engineeringshape memory effectnanomaterialscomputational materials sciencenanotechnology

Leak Detection in Plastic Water Supply Pipes With a High Signal-To-Noise Ratio Accelerometer. Measurement and Control (2018)

Konstantinos MarmarokoposDimitrios DoukakisGeorge FrantziskonisMarkos Avlonitis

technologyinstrumentation engineeringleak detectionmeasurement systemscontrol systemsplastic water supplycontrol designcontrol technologyhydrologycontrol system technologyelectronicsautomatic controlsignal processingwater technologyprecision engineeringinstrumentationenvironmental engineeringwater supplythermal engineeringengineering

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George N. Frantziskonis

Professor

University of Arizona

Affiliations

College of Engineering

Civil and Architectural Engineering and Mechanics

Materials Science and Engineering

George N. Frantziskonis is currently serving as a Civil And Architectural Engineering And Mechanics Professor at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

George N. Frantziskonis

University of Arizona

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Machine Learning of Impact Behavior in Cold Spray of Similar and Dissimilar Metals. Integrating materials and manufacturing innovation (2025)

Atomistic Characterization of Impact Bonding in Cold Spray Deposition of Copper. Materialia (2023)

Y. NikraveshG. FrantziskonisMarat I. LatypovK. Muralidharan

impact bondingmaterials scienceatomistic characterizationmaterials engineeringthermal engineeringmetal processingcold spray depositionapplied physicsengineering

A Partition and Microstructure Based Method Applicable to Large-Scale Topology Optimization. Mechanics of Materials (2022)

Yousef NikraveshYinwei ZhangJian LiuGeorge N. Frantziskonis

materials scienceengineeringmicrostructuremechanicslarge-scale topology optimizationtopology optimizationmechanics of materials

Development of Statistical Models for Porosity From Digital Optical Micrographs With Application to Metal Additive Manufacturing Microstructure. Computational Materials Science (2022)

Brian Snider-SimonGeorge Frantziskonis

materials sciencemechanical engineeringmaterials engineeringdigital optical micrographsporous materialsporosityapplied physicscomputational materials sciencemanufacturingadditive manufacturing

Reliability of Metal Additive Manufactured Materials From Modeling the Microstructure at Different Length Scales. Additive manufacturing (2022)

Brian Snider-SimonGeorge Frantziskonis

materials sciencedifferent length scalesreliabilitymicrostructuremechanical engineeringreliability engineeringmaterial modelingmanufacturingadditive manufacturingengineering

Techno-Economic Assessment and Design Optimization of Compressed Air Energy Storage Using Filament Wound Carbon Fiber Reinforced Plastic Pressure Vessels. Journal of Energy Storage (2021)

Y. NikraveshK. MuralidharanG. Frantziskonis

design optimizationmechanical engineeringplastic pressure vesselsenergy storagetechno-economic assessmentengineering

Design of Porous and Graded Niti Smart Energy Absorbers Considering Synthetic Uncertainty in Parameters. Journal of Intelligent Material Systems and Structures (2020)

Sourav GurGeorge N Frantziskonis

From Atomic-Scale to Mesoscale: A Characterization of Geopolymer Composites Using Molecular Dynamics and Peridynamics Simulations. Computational Materials Science (2020)

Mohammad Rafat SadatKrishna MuralidharanGeorge N. FrantziskonisLianyang Zhang

materials sciencemechanical engineeringperidynamics simulationsmolecular dynamicsgeopolymer compositesapplied physicscomputational materials science

Atomistic Simulation of Shape Memory Effect (Sme) and Superelasticity (Se) in Nano-Porous Niti Shape Memory Alloy (Sma). Computational Materials Science (2018)

Sourav GurGeorge N. FrantziskonisKrishna Muralidharan

materials scienceatomistic simulationmechanical engineeringshape memory effectnanomaterialscomputational materials sciencenanotechnology

Leak Detection in Plastic Water Supply Pipes With a High Signal-To-Noise Ratio Accelerometer. Measurement and Control (2018)

Konstantinos MarmarokoposDimitrios DoukakisGeorge FrantziskonisMarkos Avlonitis

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10 / page

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Similar Faculty Members

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mechanics

engineering

Amit Acharya

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Carnegie Mellon University

structural materials

construction engineering

Shaofan Li

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University of California, Berkeley

mechanical engineering

engineering

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low-cycle fatigue

Elizabeth Holm

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phononic crystals

David Kinderlehrer

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structural materials

structural chemistry

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engineering

Alan Taylor Zehnder

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