Faculty

Institution

Unit

Venue

Gholamreza Mesri

Ralph B Peck Professor Ralph B Peck Professor of Civil Engineering

UIUC

Affiliations

The Grainger College of Engineering

Civil & Environmental Engineering

Department of Civil and Environmental Engineering

Gholamreza Mesri is currently serving as a Civil & Environmental Engineering Ralph B Peck Professor Ralph B Peck Professor of Civil Engineering at Uiuc.

Honors

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Experiences

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Education

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Gholamreza Mesri

UIUC

Ralph B Peck Professor Ralph B Peck Professor of Civil Engineering

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civil engineering geotechnical engineering soil dynamics geomechanics soil mechanics clay science geotechnical property mechanical engineering engineering geology soil earth science soil engineering geotechnical problem soil structure granular materials rock mechanics geoenvironmental engineering engineering sedimentology mechanics of materials clay minerals construction engineering deformation rock engineering soil-structure interaction secondary compression soil compaction rock testing shear strength g. mesri compression (physics) soft clay pedosphere structural safety engineering structures offshore geotechnics soft clays vertical drains fracture mechanics soil properties soil physics petroleum engineering landslides porous materials rock slope soil mineralogy porosity residual stress earth structure undrained shear strength environmental materials vadose zone material cycles embankment dam lossless compression data compression hydraulic properties hydraulic engineering granular medium pore structure cα/cc concept secondary settlement settlement analysis wyoming bentonite residual shear strength primary compression earth pressure long-term consolidation behavior primary consolidation population displacement rock slide comminution floating airport allostatic load compressible flows lossy compression environmental engineering environmental remediation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Discussion of “Measuring Strength and Consolidation Properties in Lacustrine Clay Using Piezocone and Self-Boring Pressuremeter Tests”. Canadian Geotechnical Journal (2024)

G. MesriL. Zhang

materials scienceself-boring pressuremeter testsmechanical testingsoil mechanicsconsolidation propertiesgeotechnical propertyconstruction materialsgeotechnical engineeringlacustrine claysoilsoil dynamicscivil engineeringclay sciencemechanical propertiesstructural testing

DISCUSSION: Scale Effects During Cone Penetration in Spatially Variable Clays. Géotechnique (2024)

Wangcheng ZhangYutao PanFraser BransbyGholamreza MesriLingfeng Zhang

soil structuresoil mechanicsgeotechnical propertygeotechnical engineeringsoilgranular materialssoil dynamicscivil engineeringearth sciencecone penetrationclay science

Discussion of “Stress History–Dependent Secondary Compression of San Francisco Bay Region Old Bay Clays” by Nathaniel Wagner, Micaela Largent, Jonathan P. Stewart, Christine Beyzaei, Debra Murphy, Jeremy Butkovitch, and John a. Egan. Journal of Geotechnical and Geoenvironmental Engineering (2022)

Gholamreza MesriThierno Kane

engineering geologyjohn a. eganearth structurejonathan p. stewartsedimentary geologyclay sciencegeotechnical engineeringgeological engineeringnathaniel wagnercivil engineeringearth sciencestructural geologygeomechanics

Discussion of “Evaluation of Installation Effects on Set-Up of Field Displacement Piles in Sand”. Canadian Geotechnical Journal (2021)

Gholamreza MesriThierno Kane

engineering geologygeotechnical problemearthquake engineeringarchitecturesoil engineeringsoil-structure interactiongeotechnical propertyfield displacement pilesgeotechnical engineeringfoundation engineeringinstallation effectsgranular materialssoil dynamicscivil engineeringsand ”construction engineeringgeomechanics

Discussion of “Field Study of Pile – Prefabricated Vertical Drain (Pvd) Interaction in Soft Clay”. Canadian Geotechnical Journal (2021)

Gholamreza Mesri

“ field studyvertical drainsoil structureenvironmental engineeringsoil engineeringsoil mechanicsgeotechnical engineeringsoilsoft clay ”soil dynamicscivil engineeringclay science

Meaning, Measurement, and Field Application of Fully Softened Shear Strength of Stiff Clays and Clay Shales. Canadian Geotechnical Journal (2021)

Gholamreza MesriCai WangThierno Kane

soil mechanicsmechanical engineeringdeformationstiff claysgeomechanicsgeotechnical problemsoil dynamicsrock mechanicssoftened shear strengthshear strengthgeotechnical propertycivil engineeringengineering geologysoil engineeringmechanical testinggeotechnical engineeringclay sciencerock testingmechanics of materials

Discussion of “New Approach of Vacuum Preloading With Booster Prefabricated Vertical Drains (Pvds) to Improve Deep Marine Clay Strata”. Canadian Geotechnical Journal (2019)

Gholamreza MesriThierno Kane

offshore geotechnicsengineeringvertical drainsgeotechnical engineeringgeoenvironmental engineeringcivil engineeringclay science“ new approachsediment transport

Mechanical Properties of a Carbonate Sand From a Dredged Hydraulic Fill. Géotechnique (2019)

D. GirettiV. FioravanteK. BeenS. DickensonG. MesriT. Kane

engineering geologyartificial islandgeotechnical problemengineeringsoil mechanicsgeotechnical propertycarbonate sandgeotechnical engineeringmechanical engineeringsedimentologygranular materialssoil dynamicscivil engineeringrock mechanicsmechanical propertiessediment transportgeomechanics

Constant Rate of Strain Consolidation Testing of Soft Clays and Fibrous Peats. Canadian Geotechnical Journal (2018)

Gholamreza MesriTao-Wei Feng

strain rate effectmechanical testingsoil mechanicsconstant rateclay sciencegeotechnical engineeringsoil propertiessoilsoil dynamicscivil engineeringearth sciencehydraulic propertiesstrain consolidation testingrock mechanicsgeomechanics

Evaluation of Specific Surface Area of Bentonite-Engineered Barriers for Kozeny-Carman Law by I. Kobayashi, H. Owada, T. Ishi, and a. Iizuka, Soils and Foundation 2017; 57(5): 683–697. SOILS AND FOUNDATIONS (2018)

Gholamreza MesriThierno Kane

clay mineralsenvironmental engineeringspecific surface areageotechnical engineeringgeoenvironmental engineeringbentonite-engineered barriersi. kobayashicivil engineeringclay sciencesediment transport

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Gholamreza Mesri

Ralph B Peck Professor Ralph B Peck Professor of Civil Engineering

UIUC

Affiliations

The Grainger College of Engineering

Civil & Environmental Engineering

Department of Civil and Environmental Engineering

Gholamreza Mesri is currently serving as a Civil & Environmental Engineering Ralph B Peck Professor Ralph B Peck Professor of Civil Engineering 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

Gholamreza Mesri

UIUC

Ralph B Peck Professor Ralph B Peck Professor of Civil Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Discussion of “Measuring Strength and Consolidation Properties in Lacustrine Clay Using Piezocone and Self-Boring Pressuremeter Tests”. Canadian Geotechnical Journal (2024)

G. MesriL. Zhang

DISCUSSION: Scale Effects During Cone Penetration in Spatially Variable Clays. Géotechnique (2024)

Wangcheng ZhangYutao PanFraser BransbyGholamreza MesriLingfeng Zhang

soil structuresoil mechanicsgeotechnical propertygeotechnical engineeringsoilgranular materialssoil dynamicscivil engineeringearth sciencecone penetrationclay science

Gholamreza MesriThierno Kane

Discussion of “Evaluation of Installation Effects on Set-Up of Field Displacement Piles in Sand”. Canadian Geotechnical Journal (2021)

Gholamreza MesriThierno Kane

Discussion of “Field Study of Pile – Prefabricated Vertical Drain (Pvd) Interaction in Soft Clay”. Canadian Geotechnical Journal (2021)

Gholamreza Mesri

“ field studyvertical drainsoil structureenvironmental engineeringsoil engineeringsoil mechanicsgeotechnical engineeringsoilsoft clay ”soil dynamicscivil engineeringclay science

Meaning, Measurement, and Field Application of Fully Softened Shear Strength of Stiff Clays and Clay Shales. Canadian Geotechnical Journal (2021)

Gholamreza MesriCai WangThierno Kane

Discussion of “New Approach of Vacuum Preloading With Booster Prefabricated Vertical Drains (Pvds) to Improve Deep Marine Clay Strata”. Canadian Geotechnical Journal (2019)

Gholamreza MesriThierno Kane

offshore geotechnicsengineeringvertical drainsgeotechnical engineeringgeoenvironmental engineeringcivil engineeringclay science“ new approachsediment transport

Mechanical Properties of a Carbonate Sand From a Dredged Hydraulic Fill. Géotechnique (2019)

D. GirettiV. FioravanteK. BeenS. DickensonG. MesriT. Kane

Constant Rate of Strain Consolidation Testing of Soft Clays and Fibrous Peats. Canadian Geotechnical Journal (2018)

Gholamreza MesriTao-Wei Feng

Gholamreza MesriThierno Kane

clay mineralsenvironmental engineeringspecific surface areageotechnical engineeringgeoenvironmental engineeringbentonite-engineered barriersi. kobayashicivil engineeringclay sciencesediment transport

1
2
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4
5
12
10 / page