Faculty

Institution

Unit

Venue

Karin A Dahmen

Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Physics

Physics

Karin A Dahmen is currently serving as a Physics Professor at Uiuc.

Honors

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Experiences

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Education

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Karin A Dahmen

UIUC

Professor

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applied physics physics statistical mechanics statistical physics condensed matter physics materials science deformation condensed matter mechanics of materials mechanical engineering phase transitions critical phenomena solid mechanics microstructure fracture mechanics metals material research disordered quantum system mechanical properties intermetallics plasticity mechanical science nonlinear phenomena statistical field theories nonferrous metal hysteresis multiprincipal element alloy glass material severe plastic deformation slip avalanches earthquake rupture entropy alloy phase amorphous metals crystal research nonlinear dynamics computational physics alloy design microstructure-strength relationship granular medium numerical simulations nonlinear science dislocation interaction earthquake source barkhausen noise magnetic properties strain localization mathematical statistical physic seismic hazard quantum magnetism dynamic constitutive behavior mechanical deformation glass-forming liquids mechanical behavior glass transition seismic cycle stochastic resonance acoustic emission metallic glasses chaos theory bulk metallic glass dislocation avalanches magnetoresistance mean field theory functional glass mean-field theory field distributions complex matter continuum modeling slip events hysteresis loop al0.5cocrcufeni high-entropy alloy random-field ising model small avalanches high-entropy alloys critical point earthquake statistics thermodynamic equilibrium renormalization group calculation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nanoscale Magnetic Ordering Dynamics in a High Curie Temperature Ferromagnet. Nano Letters (2025)

Yueh-Chun WuGábor B. HalászJoshua T. DamronZheng GaiHuan ZhaoYuxin SunKarin A. DahmenChanghee SohnErica W. CarlsonChengyun HuaShan LinJeongkeun SongHo Nyung LeeBenjamin J. Lawrie

xy universality classquantum magnetismmagnetoresistancespintronicsmagnetic resonancespin dynamicsphase transitionscondensed matter physicsapplied physicsmaterials sciencecondensed matterphysicsferromagnetismuniversality classmagnetismcluster analysismagnetic materials

Nonequilibrium Phase Diagram for the Serration Statistics During Slow Deformation of Refractory High-Entropy Alloys. Scientific Reports (2025)

Ming-Wei LiuWei-Chen HsuTzu-Yang ChiangChe-Wei TsaiKarin A. Dahmen

entropymechanical propertiesslow avalanchesalloy phasefracture mechanicsphase transitionsrefractory metalsapplied physicsmechanics of materialssolid mechanicsphysicsdislocation interactiondeformationslow deformationmechanicsmultiprincipal element alloyintermetallicsnonequilibrium phase diagram

Structural-Weakening Mapping to Seismic-Like Slip Avalanches in Bulk-Metallic Glasses. Intermetallics (2025)

Jiaojiao LiJunwei QiaoYong LiuYunzhi MaXijing ZhuJunyuan WangZhiqiang ZengLinzheng YeHuihu LuKarin A. DahmenPeter K. Liaw

tectonophysicsseismic-like slip avalanchesearthquake engineeringfracture mechanicsearthquake spectrumapplied physicsmechanics of materialssolid mechanicsglass materialdeformationmechanical engineering

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

Simple Model for the Prediction of Seizure Durations. Physical review. E (2024)

Tyler SalnersKarin A. DahmenJohn Beggs

applied mathematicsbrain circuitryneuronsneuronal networksneurosciencebrain modelingneurodynamicsnonlinear dynamicsstatistical mechanicscomputational neurosciencesimple modelseizure durationsneural computationneurophysiologyperiodic large avalanchesneural circuits

Chemical Controls on the Propagation and Healing of Subcritical Fractures. (2023)

Anastasia IlgenMichael BucheRobert ChoensKarin DahmenFrank DelRioMichael GruenwaldScott GrutzikJacob HarveyWilliam MookPania NewellJennifer WilsonJessica RimszaJordan SickleQiaoyi WangDerek Warner

crack formationwound healingsubcritical fracturesself-healing materialsorthopaedic surgeryfracture mechanicsfracture healingbone fracturedynamic crack propagation

Critical Nematic Correlations Throughout the Superconducting Doping Range in Bi2−Zpbzsr2−Ylaycuo6+X. Nature Communications (2023)

Can-Li SongElizabeth J. MainForrest SimmonsShuo LiuBenjamin PhillabaumKarin A. DahmenEric W. HudsonJennifer E. HoffmanErica W. Carlson

advanced functional materialssuperconductivityhigh tc superconductorscrystal researchcritical nematic correlationsdoping rangecharge modulationscondensed matter physicscondensed matterapplied physicsmaterials sciencephysicssuperconducting materialshigh-tc superconductivityquantum materials

Recurrent Activity in Neuronal Avalanches. Scientific Reports (2023)

Tyler SalnersKarina E. AvilaBenjamin NicholsonChristopher R. MyersJohn BeggsKarin A. Dahmen

biophysicsbrain circuitryneuronsneuronal networkssmaller avalanchesneuroscienceneurodynamicsrecurrent activityneurotransmissionneurophysiologylarge avalanches

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Karin A Dahmen

Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Physics

Physics

Karin A Dahmen is currently serving as a Physics Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Karin A Dahmen

UIUC

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nanoscale Magnetic Ordering Dynamics in a High Curie Temperature Ferromagnet. Nano Letters (2025)

Yueh-Chun WuGábor B. HalászJoshua T. DamronZheng GaiHuan ZhaoYuxin SunKarin A. DahmenChanghee SohnErica W. CarlsonChengyun HuaShan LinJeongkeun SongHo Nyung LeeBenjamin J. Lawrie

Nonequilibrium Phase Diagram for the Serration Statistics During Slow Deformation of Refractory High-Entropy Alloys. Scientific Reports (2025)

Ming-Wei LiuWei-Chen HsuTzu-Yang ChiangChe-Wei TsaiKarin A. Dahmen

Structural-Weakening Mapping to Seismic-Like Slip Avalanches in Bulk-Metallic Glasses. Intermetallics (2025)

Jiaojiao LiJunwei QiaoYong LiuYunzhi MaXijing ZhuJunyuan WangZhiqiang ZengLinzheng YeHuihu LuKarin A. DahmenPeter K. Liaw

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

Simple Model for the Prediction of Seizure Durations. Physical review. E (2024)

Tyler SalnersKarin A. DahmenJohn Beggs

Chemical Controls on the Propagation and Healing of Subcritical Fractures. (2023)

Anastasia IlgenMichael BucheRobert ChoensKarin DahmenFrank DelRioMichael GruenwaldScott GrutzikJacob HarveyWilliam MookPania NewellJennifer WilsonJessica RimszaJordan SickleQiaoyi WangDerek Warner

crack formationwound healingsubcritical fracturesself-healing materialsorthopaedic surgeryfracture mechanicsfracture healingbone fracturedynamic crack propagation

Critical Nematic Correlations Throughout the Superconducting Doping Range in Bi2−Zpbzsr2−Ylaycuo6+X. Nature Communications (2023)

Can-Li SongElizabeth J. MainForrest SimmonsShuo LiuBenjamin PhillabaumKarin A. DahmenEric W. HudsonJennifer E. HoffmanErica W. Carlson

Recurrent Activity in Neuronal Avalanches. Scientific Reports (2023)

Tyler SalnersKarina E. AvilaBenjamin NicholsonChristopher R. MyersJohn BeggsKarin A. Dahmen

biophysicsbrain circuitryneuronsneuronal networkssmaller avalanchesneuroscienceneurodynamicsrecurrent activityneurotransmissionneurophysiologylarge avalanches

1
2
3
4
5
28
10 / page