Faculty

Institution

Unit

Venue

Andrew Wessman

Associate Professor of Materials Science and Engineering Assistant Professor

University of Arizona

Affiliations

College of Engineering

Materials Science and Engineering

Andrew Wessman is currently serving as a College Of Engineering Associate Professor of Materials Science and Engineering Assistant Professor at University of Arizona.

Honors

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Experiences

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Education

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Andrew Wessman

University of Arizona

Associate Professor of Materials Science and Engineering Assistant Professor

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materials science mechanical engineering engineering materials engineering additive manufacturing manufacturing advanced manufacturing technologies superalloys advanced materials manufacturing technology microstructure mechanics of materials mechanical properties manufacturing science intermetallics deformation metals metal processing alloy design manufacturing engineering steel research mechanical testing fracture mechanics laser processing technology low-cycle fatigue nonferrous metal thermal engineering high-performance materials powder metallurgy heat treatment applied physics material research microstructure-strength relationship severe plastic deformation alloy casting alloy phase mechanical science magnesium alloys mechanical deformation high-performance metal extractive metallurgy metallurgical process anomaly detection wire arc additive manufacturing process development thermal stability phase transformation strengthening intermediate temperatures ni-based superalloy ni-based superalloys material chemistry acta astronautica planetary change material properties crack formation fabrication techniques structural analysis strength property material modeling material performance outlier detection condition monitoring online learning online education meteorite impacts asteroids high-temperature superalloys high temperature fatigue deformation competing failure modes micro-cracking mechanisms alloy composition thin-wall structures in-process failure analysis intrinsic microstructural features non-metallic inclusions advanced manufacturing metal additive manufacturing fatigue crack nucleation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fatigue Mechanisms at 450°C of a Highly Twined (>70%) and Hip-Densified In718 Superalloy Additively Manufactured by Laser Beam Powder Bed Fusion. International Journal of Fatigue (2025)

materials scienceengineeringmicrostructuremechanical propertiesmechanical engineeringmanufacturing technologyfracture mechanicsdirected energy depositionfatigue mechanismslaser beam powderadvanced manufacturing technologieship-densified in718 superalloysuperalloyslow-cycle fatiguemanufacturingadditive manufacturingmechanics of materials

Fatigue Resistance at Elevated Temperatures is Crucial for Certifying Aerospace Structures Additively Manufactured by the Laser Beam Powder Bed Fusion (Pbf-Lb) Method With In718 Superalloy. Materials Science and Engineering: A (2025)

materials scienceengineeringsuperalloysmechanical propertiesmechanical engineeringcomposite structuresmanufacturing technologydirected energy depositionfatigue resistancein718 superalloyadvanced manufacturing technologiesadvanced composite material (engineering)aerospace structureslow-cycle fatiguemanufacturingmechanical testingmechanics of materials

Interfacial Stability of Additively Manufactured Alloy 625. Journal of Manufacturing and Materials Processing (2025)

materials sciencemicrostructuremechanical propertiesmechanical engineeringmanufactured alloy 625advanced manufacturing technologiesmagnesium alloysmanufacturing sciencealloy designmechanics of materials

Interfacial Stability of Additively Manufactured Alloy 625–Grcop-42 Bimetallic Structures. Journal of Manufacturing and Materials Processing (2025)

materials sciencemicrostructureinterfacial stabilityalloy designadditive manufacturing

Alloy and Process Development for Nickel Superalloys in Additive Manufacturing Beyond Pbf-Lb. Additive Manufacturing (2024)

materials sciencewire arc additive manufacturingsuperalloysmechanical engineeringmanufacturing technologymaterials engineeringnickel superalloysprocess developmentadvanced manufacturing technologiesadvanced materialsmagnesium alloysmetal processingintermetallics3d printingadditive manufacturingengineeringmanufacturing

An Additively Manufactured In718 Strengthened by Csl Boundaries With High-Temperature Tensile and Short-Term Creep Resistance Up to 800°C. Materials Science and Engineering A (2024)

Marcus C. LamAnthony KoumpiasAmberlee S. HaselhuhnAndrew WessmanSammy Tin

materials scienceshort-term creep resistancemechanical engineeringmaterials engineeringhigh-temperature tensileadditive manufacturingengineeringmaterial performance

Asteroid (101955) Bennu in the Laboratory: Properties of the Sample Collected by Osiris-Rex. Meteoritics & Planetary Science (2024)

meteorite impactsplanetary sciencesacta astronauticaasteroidsspace explorationmeteoriticsplanetary scienceplanetary changeastronomyspace sciencepalaeontologia electronicaobservational astronomyplanetary explorationplanetary geology

Effects of Size, Geometry, and Testing Temperature on Additively Manufactured Ti-6Al-4V Titanium Alloy. Additive manufacturing (2024)

Daniel JuneJason R. MayeurPaul GradlAndrew WessmanKavan Hazeli

materials sciencemechanical engineeringmanufacturing technologymanufacturing engineeringadvanced manufacturing technologiesadvanced materialsmanufacturingadditive manufacturingengineering

High Throughput Screening Methods in Alloy and Process Development of Am Aluminum. Additive Manufacturing (2024)

materials sciencemetalsmanufacturing technologyprocess developmentmaterials engineeringnonferrous metalam aluminumadvanced manufacturing technologiesmetallurgical processmetal processingmanufacturingmanufacturing scienceengineering

Low Scatter in Elevated-Temperature Fatigue in Additively Manufactured In718 Superalloy Processed by a Multi-Step Supersolvus Heat Treatment With Hip. (2024)

Lam, Marcus ChunwaiColon Cruz, Carla MichelleLoustaunau, AlexisKoumpias, AnthonyHaselhuhn, AmberleeWessman, AndrewTin, Sammy

materials sciencemechanical engineeringmaterials engineeringadvanced manufacturing technologieslow scatterelevated-temperature fatiguesuperalloysmanufacturingadditive manufacturing

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Andrew Wessman

Associate Professor of Materials Science and Engineering Assistant Professor

University of Arizona

Affiliations

College of Engineering

Materials Science and Engineering

Andrew Wessman is currently serving as a College Of Engineering Associate Professor of Materials Science and Engineering Assistant 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

Andrew Wessman

University of Arizona

Associate Professor of Materials Science and Engineering Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fatigue Mechanisms at 450°C of a Highly Twined (>70%) and Hip-Densified In718 Superalloy Additively Manufactured by Laser Beam Powder Bed Fusion. International Journal of Fatigue (2025)

Interfacial Stability of Additively Manufactured Alloy 625. Journal of Manufacturing and Materials Processing (2025)

Interfacial Stability of Additively Manufactured Alloy 625–Grcop-42 Bimetallic Structures. Journal of Manufacturing and Materials Processing (2025)

materials sciencemicrostructureinterfacial stabilityalloy designadditive manufacturing

Alloy and Process Development for Nickel Superalloys in Additive Manufacturing Beyond Pbf-Lb. Additive Manufacturing (2024)

An Additively Manufactured In718 Strengthened by Csl Boundaries With High-Temperature Tensile and Short-Term Creep Resistance Up to 800°C. Materials Science and Engineering A (2024)

Marcus C. LamAnthony KoumpiasAmberlee S. HaselhuhnAndrew WessmanSammy Tin

materials scienceshort-term creep resistancemechanical engineeringmaterials engineeringhigh-temperature tensileadditive manufacturingengineeringmaterial performance

Asteroid (101955) Bennu in the Laboratory: Properties of the Sample Collected by Osiris-Rex. Meteoritics & Planetary Science (2024)

Effects of Size, Geometry, and Testing Temperature on Additively Manufactured Ti-6Al-4V Titanium Alloy. Additive manufacturing (2024)

Daniel JuneJason R. MayeurPaul GradlAndrew WessmanKavan Hazeli

materials sciencemechanical engineeringmanufacturing technologymanufacturing engineeringadvanced manufacturing technologiesadvanced materialsmanufacturingadditive manufacturingengineering

High Throughput Screening Methods in Alloy and Process Development of Am Aluminum. Additive Manufacturing (2024)

Low Scatter in Elevated-Temperature Fatigue in Additively Manufactured In718 Superalloy Processed by a Multi-Step Supersolvus Heat Treatment With Hip. (2024)

Lam, Marcus ChunwaiColon Cruz, Carla MichelleLoustaunau, AlexisKoumpias, AnthonyHaselhuhn, AmberleeWessman, AndrewTin, Sammy

materials sciencemechanical engineeringmaterials engineeringadvanced manufacturing technologieslow scatterelevated-temperature fatiguesuperalloysmanufacturingadditive manufacturing

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Similar Faculty Members

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manufacturing

engineering

Sammy Tin

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manufacturing

digital twinning

Marie Charpagne

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University of Illinois Urbana-Champaign

engineering

alloy design

John Lippold

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metallurgical system

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fabrication technique

Somayeh Pasebani

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design

industrial design