Faculty

Institution

Unit

Venue

Wendelin Wright

Mechanical Engineering Department Chair Professor of Mechanical & Chemical Engineering

Bucknell University

Affiliations

Bucknell University

College of Engineering

Department Of Chemical Engineering

Department Of Mechanical Engineering

Department Of Engineering And Applied Science

Wendelin Wright is currently serving as a Bucknell University Mechanical Engineering Department Chair Professor of Mechanical & Chemical Engineering at Bucknell University.

Honors

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Experiences

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Education

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Wendelin Wright

Bucknell University

Mechanical Engineering Department Chair Professor of Mechanical & Chemical Engineering

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mechanical engineering applied physics materials science mechanics of materials deformation mechanical science fracture mechanics physics microstructure solid mechanics metals amorphous metals glass material mechanical properties materials engineering metallic glasses mechanics granular materials slip avalanches material research mechanical behavior tectonophysics numerical simulations manufacturing science statistical mechanics nonferrous metal statistical physics strain localization dynamic constitutive behavior bulk metallic glass thermal engineering rock mechanics earthquake spectrum shock waves glass-forming liquids earthquake rupture high strain rate microstructure-strength relationship thermal spray coating granular medium defect formation critical phenomena shear bands metallic glass quasistatic compression small avalanches avalanche shapes bulk metallic glasses precision engineering engineering science glass transition seismic cycle earthquake source compression (physics) severe plastic deformation nanomechanics thermal conductivity alloy design experimental tectonics dynamic crack propagation crustal deformation crack formation snow avalanche functional glass metallurgical process particle technology mechanical deformation multiscale mechanic multiscale material localized heating slip events void formation free volume coalescence shear band velocity universal quake statistics length scale

Notable Scholarly Works

Notable Federal Grants

Collaborators

Universal Crackling Noise Links Plasticity in Nanoindentation With Compression in Metallic Glasses. Materials Science and Engineering A (2025)

Jordan J. SickleWesley H. HigginsKerry A. BakerMayisha Zeb NakibXiaojun GuGeorge M. PharrWendelin J. WrightKarin A. Dahmen

nonferrous metalplasticitymetalsfracture mechanicsmechanical scienceglass materialapplied physicsmechanics of materialsmaterials sciencefunctional glassmaterial researchmetallic glasseslinks plasticitymechanical engineering

A Novel Method May Reveal Bulk Metallic Glass Compressive Ductility Trends in High Data Rate Nanoindentation. Journal of Applied Physics (2024)

Jordan J. SickleWesley H. HigginsWendelin J. WrightGeorge M. PharrKarin A. Dahmen

relative compressive ductilitymechanical propertieshigh strain ratemetalsfracture mechanicsmechanical behaviormechanical scienceamorphous metalsmaterials sciencemechanics of materialsmicrostructure-strength relationshipmicrostructuredeformationnanoindentation serrationsmechanical engineeringcompressive ductility

Quantifying Chemomechanical Weakening in Muscovite Mica With a Simple Micromechanical Model. Nature Communications (2024)

Jordan J. SickleWilliam M. MookFrank W. DelRioAnastasia G. IlgenWendelin J. WrightKarin A. Dahmen

nanoindentation displacement burstsgradual nanoindentationsimple micromechanical modelfracture mechanicsmechanical behaviormechanical scienceapplied physicsmechanics of materialsmaterials sciencesolid mechanicstribologydeformationmechanicsmechanical engineeringmechanical deformation

Experimental Evidence That Shear Bands in Metallic Glasses Nucleate Like Cracks. Scientific Reports (2022)

Alan A. LongWendelin J. WrightXiaojun GuAnna ThackrayMayisha NakibJonathan T. UhlKarin A. Dahmen

sample sizemechanical propertiesmaterial researchcutoff sizemetalsfracture mechanicsmechanical scienceamorphous metalsglass materialmaterials sciencesolid mechanicsmechanics of materialsmetallic glassesmicrostructuredeformationmechanical engineering

A Predictive Analytical Model of Thermal Conductivity for Aluminum/Transition Metal High-Entropy Alloys. Scripta Materialia (2021)

Michael J. AbereElbara ZiadePing LuChristopher B. SaltonstallXiaojun GuWendelin J. WrightNicolas ArgibayAndrew B. Kustas

thermal conductivityengineeringmaterials engineeringthermal engineeringmaterials sciencepredictive analytical modelcomputational materials sciencealloy designmechanical engineering

Applied-Force Oscillations in Avalanche Dynamics. Physical review. E (2020)

Louis W. McFaulGregory SparksJordan SickleJonathan T. UhlWendelin J. WrightRobert MaaßKarin A. Dahmen

numerical simulationssnow avalancheslip avalanchesavalanche dynamicsdynamical systemsnonlinear dynamicsavalanche shapesphysicsmechanicsmechanical engineering

Avalanches in Solids. Springer eBooks (2020)

Karin A. DahmenWendelin J. Wright

defect formationgranular mediumstatistical physicscondensed matter physicscondensed matterapplied physicssolid mechanicscritical phenomenaphysicsmicrostructuredeformationcrystal growth

Force Oscillations Distort Avalanche Shapes. Materials Research Letters (2019)

Louis W. McFaulWendelin J. WrightJordan SickleKarin A. Dahmen

force oscillationsformulae displayapplied mathematicsavalanche shapesmathematics

From Critical Behavior to Catastrophic Runaways: Comparing Sheared Granular Materials With Bulk Metallic Glasses. Granular Matter (2019)

Alan A. LongDmitry V. DenisovPeter SchallTodd C. HufnagelXiaojun GuWendelin J. WrightKarin A. Dahmen

large avalanchesstrain localizationgranular mediummetalsfracture mechanicsdynamic constitutive behaviorsmall avalanchesapplied physicsmechanics of materialsstatistical mechanicsphysicsmicrostructuredeformationshock wavesnumerical simulationsgranular materialsmechanical engineering

Why the Crackling Deformations of Single Crystals, Metallic Glasses, Rock, Granular Materials, and the Earth's Crust Are so Surprisingly Similar. Frontiers in Physics (2019)

Karin A. DahmenJonathan T. UhlWendelin J. Wright

tectonophysicsstrain localizationmaterials sciencesolid mechanicsexperimental tectonicsmechanical engineeringgranular materialsmechanics of materialsdynamic crack propagationearthquake engineeringfracture mechanicsdeformationcrustal deformationcrackling deformationsintermittent slipscrack formationrock engineeringgeomechanicsrock mechanics

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Wendelin Wright

Mechanical Engineering Department Chair Professor of Mechanical & Chemical Engineering

Bucknell University

Affiliations

Bucknell University

College of Engineering

Department Of Chemical Engineering

Department Of Mechanical Engineering

Department Of Engineering And Applied Science

Wendelin Wright is currently serving as a Bucknell University Mechanical Engineering Department Chair Professor of Mechanical & Chemical Engineering at Bucknell University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Wendelin Wright

Bucknell University

Mechanical Engineering Department Chair Professor of Mechanical & Chemical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Universal Crackling Noise Links Plasticity in Nanoindentation With Compression in Metallic Glasses. Materials Science and Engineering A (2025)

Jordan J. SickleWesley H. HigginsKerry A. BakerMayisha Zeb NakibXiaojun GuGeorge M. PharrWendelin J. WrightKarin A. Dahmen

A Novel Method May Reveal Bulk Metallic Glass Compressive Ductility Trends in High Data Rate Nanoindentation. Journal of Applied Physics (2024)

Jordan J. SickleWesley H. HigginsWendelin J. WrightGeorge M. PharrKarin A. Dahmen

Quantifying Chemomechanical Weakening in Muscovite Mica With a Simple Micromechanical Model. Nature Communications (2024)

Jordan J. SickleWilliam M. MookFrank W. DelRioAnastasia G. IlgenWendelin J. WrightKarin A. Dahmen

Experimental Evidence That Shear Bands in Metallic Glasses Nucleate Like Cracks. Scientific Reports (2022)

Alan A. LongWendelin J. WrightXiaojun GuAnna ThackrayMayisha NakibJonathan T. UhlKarin A. Dahmen

A Predictive Analytical Model of Thermal Conductivity for Aluminum/Transition Metal High-Entropy Alloys. Scripta Materialia (2021)

Michael J. AbereElbara ZiadePing LuChristopher B. SaltonstallXiaojun GuWendelin J. WrightNicolas ArgibayAndrew B. Kustas

thermal conductivityengineeringmaterials engineeringthermal engineeringmaterials sciencepredictive analytical modelcomputational materials sciencealloy designmechanical engineering

Applied-Force Oscillations in Avalanche Dynamics. Physical review. E (2020)

Louis W. McFaulGregory SparksJordan SickleJonathan T. UhlWendelin J. WrightRobert MaaßKarin A. Dahmen

numerical simulationssnow avalancheslip avalanchesavalanche dynamicsdynamical systemsnonlinear dynamicsavalanche shapesphysicsmechanicsmechanical engineering

Avalanches in Solids. Springer eBooks (2020)

Karin A. DahmenWendelin J. Wright

defect formationgranular mediumstatistical physicscondensed matter physicscondensed matterapplied physicssolid mechanicscritical phenomenaphysicsmicrostructuredeformationcrystal growth

Force Oscillations Distort Avalanche Shapes. Materials Research Letters (2019)

Louis W. McFaulWendelin J. WrightJordan SickleKarin A. Dahmen

force oscillationsformulae displayapplied mathematicsavalanche shapesmathematics

From Critical Behavior to Catastrophic Runaways: Comparing Sheared Granular Materials With Bulk Metallic Glasses. Granular Matter (2019)

Alan A. LongDmitry V. DenisovPeter SchallTodd C. HufnagelXiaojun GuWendelin J. WrightKarin A. Dahmen

Why the Crackling Deformations of Single Crystals, Metallic Glasses, Rock, Granular Materials, and the Earth's Crust Are so Surprisingly Similar. Frontiers in Physics (2019)

Karin A. DahmenJonathan T. UhlWendelin J. Wright

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10 / page