Faculty

Institution

Unit

Venue

Tomasz Hueckel

Professor Emeritus

Duke University

Affiliations

Pratt School of Engineering

Civil & Environmental Engineering

Tomasz Hueckel is currently serving as a Civil & Environmental Engineering Professor Emeritus at Duke 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

Tomasz Hueckel

Duke University

Professor Emeritus

You can click a keyword to filter the displayed items

materials science geomechanics geotechnical engineering applied physics engineering mechanical engineering clay science engineering geology soil science mechanics of materials thermal engineering desiccation soil solid mechanics deformation soil modeling numerical simulations numerical analysis heat transfer applied geomorphology fracture mechanics soil engineering strain localization material modeling geotechnical problem desiccation cracking desiccation shrinkage geoenvironmental engineering mechanical science rock engineering landslides geological engineering geotechnical property constitutive modeling saturated clays chemo-mechanical coupling soil dynamics geophysical research tribology rock mechanics fragmentation effect experimental geomorphology hydraulic fracturing mechanical behavior environmental loads bonded geomaterials condensed matter hydrological process water science elasticity (physics) soil technology foundation engineering mechanical modeling applied geophysics mineral-fluid interaction interfacial phenomena soil compaction geological modeling sedimentation continuum mechanics deterioration modeling thermal failure boom clay plastic deformations elastic-plastic behaviour saturated clay intergranular contact crack patterns reactive plasticity non-clayey soils haines jumps hydrothermal geochemistry thermal transport continual improvement process offshore geotechnics soil properties

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

In Memoriam of Patrick Selvadurai. Geomechanics for Energy and the Environment (2024)

Alessio FerrariTomasz HueckelLyesse LalouiPanos PapanastasiouJean–Michel PereiraManolis Veveakis

geomechanicsenvironmental science

Geomechanics for Energy and the Environment. Energies (2023)

Gan FengHongqiang XieAng LiuReza TaherdangkooQiao Lyu

geomechanicsrenewable energyenvironmental science

The Physics of Desiccation Cracks 1: Ductile Fracturing and Dependence on Relative Humidity. Geomechanics for Energy and the Environment (2023)

Ruoyu ChenWinston LindqwisterFei WuBoleslaw MielniczukTomasz HueckelManolis Veveakis

ductile fracturingphysicsgeomechanicsrelative humidityapplied physicsmaterials sciencedesiccation

The Physics of Desiccation Cracks 2: Modeling and Prediction of the Crack Patterns. Geomechanics for Energy and the Environment (2023)

Ruoyu ChenWinston LindqwisterFei WuBoleslaw MielniczukTomasz HueckelManolis Veveakis

geotechnical engineeringphysicsgeomechanicscrack patternsmaterial modelingdeterioration modelingapplied physicsmaterials sciencedesiccation

Yield Strength Determination Based on Dissipative Energetic Transition. EarthArXiv (California Digital Library) (2023)

Martin LesueurXinrui ZhangHadrien RattezTomasz Hueckel

earth scienceagricultural economicsatmospheric scienceyield strength determinationdissipative energetic transitionmaterials science

An Experimental Study on Silt Desiccation Cracking With Different Basal Constraints and Various Humidity. Springer series in geomechanics and geoengineering (2022)

Ruoyu ChenWinston LindqwisterTomasz HueckelManolis Veveakis

geotechnical engineeringthermal engineeringexperimental geomorphologysilt desiccationearth scienceexperimental studygeomechanicsapplied geomorphologyexperimental analysisengineering geologystructural geologyapplied physicsgeodynamicsmaterials science

Capillary Water in 2‐D Drying‐Cracking Soil Sub‐Grain Models: Morphology and Kinematics of Evaporation and Haines Jumps. Water Resources Research (2022)

Boleslaw MielniczukTomasz Hueckel

geotechnical engineeringhydrogeologyhydrological processhydrometeorologysoil modelingwater resourcesgeomechanicshaines jumpsenvironmental sciencecapillary waterenvironmental engineeringfluid sciencewater sciencesoil sciencehydrologyhydrological modelingmaterials science

Capillary Water in 2‐D Drying—Cracking Sub‐Grain Scale Soil Models: Dynamics and Instabilities of Haines Jumps. Water Resources Research (2022)

T. HueckelB. MielniczukA. GuévelM. Veveakis

water resourcesfluid dynamicshaines jumpsenvironmental sciencecapillary waterenvironmental engineeringsoil modelingwater sciencesoil sciencehydrologymaterials science

Life Expectancy of Evaporating Capillary Bridges Predicted by Tertiary Creep Modeling. Frontiers in Mechanical Engineering (2022)

Alexandre GuévelBoleslaw MielniczukManolis VeveakisTomasz Hueckel

geotechnical engineeringcapillary bridgesengineeringmechanical engineeringcivil engineeringlife expectancytertiary creep modeling

Linking Thermal and Rate Behavior With Fabric and Mineralogy of Clayey Shear Zones: Experimental Investigation on the El Forn Landslide (Andorra). EarthArXiv (California Digital Library) (2022)

Carolina SeguiEsperança TaulerTomasz HueckelManolis Veveakis

geotechnical engineeringearth system scienceclayey shear zoneslandslidesexperimental analysisplanetary sciencesexperimental tectonicsel forn landslideearth observationengineering geologyhillslope processgeophysical researchearth sciencegeological engineeringrate behaviorexperimental investigationclay sciencetectonicsgeomechanicsgeologygeomorphologymaterials science

1
2
3
4
5
16
10 / page

Tomasz Hueckel

Professor Emeritus

Duke University

Affiliations

Pratt School of Engineering

Civil & Environmental Engineering

Tomasz Hueckel is currently serving as a Civil & Environmental Engineering Professor Emeritus at Duke 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

Tomasz Hueckel

Duke University

Professor Emeritus

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

In Memoriam of Patrick Selvadurai. Geomechanics for Energy and the Environment (2024)

Alessio FerrariTomasz HueckelLyesse LalouiPanos PapanastasiouJean–Michel PereiraManolis Veveakis

geomechanicsenvironmental science

Geomechanics for Energy and the Environment. Energies (2023)

Gan FengHongqiang XieAng LiuReza TaherdangkooQiao Lyu

geomechanicsrenewable energyenvironmental science

The Physics of Desiccation Cracks 1: Ductile Fracturing and Dependence on Relative Humidity. Geomechanics for Energy and the Environment (2023)

Ruoyu ChenWinston LindqwisterFei WuBoleslaw MielniczukTomasz HueckelManolis Veveakis

ductile fracturingphysicsgeomechanicsrelative humidityapplied physicsmaterials sciencedesiccation

The Physics of Desiccation Cracks 2: Modeling and Prediction of the Crack Patterns. Geomechanics for Energy and the Environment (2023)

Ruoyu ChenWinston LindqwisterFei WuBoleslaw MielniczukTomasz HueckelManolis Veveakis

geotechnical engineeringphysicsgeomechanicscrack patternsmaterial modelingdeterioration modelingapplied physicsmaterials sciencedesiccation

Yield Strength Determination Based on Dissipative Energetic Transition. EarthArXiv (California Digital Library) (2023)

Martin LesueurXinrui ZhangHadrien RattezTomasz Hueckel

earth scienceagricultural economicsatmospheric scienceyield strength determinationdissipative energetic transitionmaterials science

An Experimental Study on Silt Desiccation Cracking With Different Basal Constraints and Various Humidity. Springer series in geomechanics and geoengineering (2022)

Ruoyu ChenWinston LindqwisterTomasz HueckelManolis Veveakis

Capillary Water in 2‐D Drying‐Cracking Soil Sub‐Grain Models: Morphology and Kinematics of Evaporation and Haines Jumps. Water Resources Research (2022)

Boleslaw MielniczukTomasz Hueckel

Capillary Water in 2‐D Drying—Cracking Sub‐Grain Scale Soil Models: Dynamics and Instabilities of Haines Jumps. Water Resources Research (2022)

T. HueckelB. MielniczukA. GuévelM. Veveakis

water resourcesfluid dynamicshaines jumpsenvironmental sciencecapillary waterenvironmental engineeringsoil modelingwater sciencesoil sciencehydrologymaterials science

Life Expectancy of Evaporating Capillary Bridges Predicted by Tertiary Creep Modeling. Frontiers in Mechanical Engineering (2022)

Alexandre GuévelBoleslaw MielniczukManolis VeveakisTomasz Hueckel

geotechnical engineeringcapillary bridgesengineeringmechanical engineeringcivil engineeringlife expectancytertiary creep modeling

Linking Thermal and Rate Behavior With Fabric and Mineralogy of Clayey Shear Zones: Experimental Investigation on the El Forn Landslide (Andorra). EarthArXiv (California Digital Library) (2022)

Carolina SeguiEsperança TaulerTomasz HueckelManolis Veveakis

1
2
3
4
5
16
10 / page

Similar Faculty Members

Manolis Veveakis

Institution

Duke University

geomechanics

landslide

Andrew Whittle

Institution

Massachusetts Institute of Technology

geotechnical engineering

engineering

Giuseppe Buscarnera

Institution

Northwestern University

materials science

geotechnical engineering

John Rudnicki

Institution

Northwestern University

materials science

earth science

Ronaldo I. Borja

Institution

Stanford University

materials science

engineering

Jorge Zornberg

Institution

University of Texas at Austin

soil modeling

soil dynamic

Vincent W Lee

Institution

University of Southern California

earthquake engineering

earthquake scenario

Russell Detwiler

Institution

University of California, Irvine

subsurface properties

fluid flow

Herbert Einstein

Institution

Massachusetts Institute of Technology

engineering

engineering geology

Marte Gutierrez

Institution

Colorado School of Mines

rock engineering

petroleum geomechanics

Similar Faculty Members

Manolis Veveakis

Institution

Duke University

geomechanics

landslide

Andrew Whittle

Institution

Massachusetts Institute of Technology

geotechnical engineering

engineering

Giuseppe Buscarnera

Institution

Northwestern University

materials science

geotechnical engineering

John Rudnicki

Institution

Northwestern University

materials science

earth science

Ronaldo I. Borja

Institution

Stanford University

materials science

engineering

Jorge Zornberg

Institution

University of Texas at Austin

soil modeling

soil dynamic

Vincent W Lee

Institution

University of Southern California

earthquake engineering

earthquake scenario

Russell Detwiler

Institution

University of California, Irvine

subsurface properties

fluid flow

Herbert Einstein

Institution

Massachusetts Institute of Technology

engineering

engineering geology

Marte Gutierrez

Institution

Colorado School of Mines

rock engineering

petroleum geomechanics