Faculty

Institution

Unit

Venue

Gianluca Blois

Research Assistant Professor

University of Notre Dame

Affiliations

College of Engineering

Aerospace and Mechanical Engineering

Gianluca Blois is currently serving as an Aerospace And Mechanical Engineering Research Assistant Professor at University of Notre Dame.

Honors

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Experiences

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Education

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Gianluca Blois

University of Notre Dame

Research Assistant Professor

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fluid dynamics fluid mechanics fluid flow environmental fluid mechanics civil engineering sediment transport applied physics materials science microfluidics turbulence modeling flow physics fluid science environmental engineering hydrology water science computational fluid dynamics aeolian process sedimentology boundary layers flow measurement turbulent flow condensed matter environmental fluid dynamics barchan dunes geomorphology thermal engineering supercritical co2 turbulent flow heat transfer membrane science hydraulic research experimental geomorphology sedimentation unsteady flows hydraulic engineering hydrological process water resources geophysical flows pore structure experimental study sediment research particle-laden flows geophysical research water technology sediment process biofluid dynamics hydraulics depositional process multiphase processing fluvial process flow cell nanofluidics bed permeability dispersion science engineering geology river basin management fluorescent microscopy environmental technology marine engineering sediment-water interaction debris flows water development vortex dynamics mineral-fluid interaction chaotic mixing watershed management microscopic piv flow dynamics water fluxes amplitude modulation multiphase high-pressure flow velocity field measurement solute transport turbulence links momentum depth profiles flow asymmetry spatial coherence geography theoretical geomorphology

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Novel Microfluidic Approach to Quantify Pore-Scale Mineral Dissolution in Porous Media. Scientific Reports (2025)

Rafid Musabbir RahmanElliott NiemurGianluca BloisFarzan KazemifarMyeongsub KimYaofa Li

mineral-fluid interactionpore-scale mineral dissolutionporous mediaearth sciencedispersion sciencemicrofluidics

A Methodology for Studying the Hydroelastic Response of Submerged Flexible Vegetation. Water Resources Research (2022)

D. G. GundersenK. T. ChristensenG. Blois

hydroelasticityhydrologywater scienceenvironmental sciencevegetation scienceearth sciencewater resourcesecologyhydroelastic responsewater ecologies

A Particle-Based Image Segmentation Method for Phase Separation and Interface Detection in Piv Images of Immiscible Multiphase Flow. Montana State University ScholarWorks (Montana State University) (2021)

Li, YaofaBlois, GianlucaKazemifar, FarzanChristensen, Kenneth T

materials sciencemonitoring technologyimage segmentationmultiphase flowsphase separationimmiscible multiphase flowpiv imagesdispersion scienceapplied physicsinterface detectionengineering

Combining High-Speed Planar Piv and Motion Tracking of a Flexible Cylinder in Cross-Flow. 14th International Symposium on Particle Image Velocimetry (2021)

Diego George GundersenKenneth Thor ChristensenGianluca Blois

motion trackingmechanical engineeringfluid dynamicsflexible cylinderparticle technologyapplied physicshigh-speed planar pivengineering

Cross-Plane Stereo-Piv Measurements in a Refractive-Index-Matched Environment of Flow Associated With Barchan Dunes Immersed in a Turbulent Boundary Layer. 14th International Symposium on Particle Image Velocimetry (2021)

Nathaniel BristowGianluca BloisJames BestKenneth Christensen

sediment transportplanetary sciencesfluid dynamicsgeophysical researchplanetary geomorphologycross-plane stereo-piv measurementsboundary layersgeomorphologyenvironmental fluid mechanicsearth sciencegeophysical flowsfluid flowaeolian processbarchan dunesturbulent boundary layer

Flow Past Mound-Bearing Impact Craters: An Experimental Study. Fluids (2021)

Diego GundersenGianluca BloisKenneth T. Christensen

planetary sciencesexperimental geomorphologycivil engineeringengineering geologyexperimental studyfluid mechanics

Investigating Optimal Training and Uncertainty Quantification for CNN-Based Optical Flow. 14th International Symposium on Particle Image Velocimetry (2021)

Daiki KurinaraGianluca BloisHirotaka SakaueDaniele Schiavazzi

computational imaginguncertainty quantificationmachine learningconvolutional neural networksoptimal trainingcomputer visiondeep learningparticle technologycnn-based optical flowimage analysisapplied physicscomputer science

Measurements of Intracrater Flow Dynamics Utilizing a Mound-Bearing Crater in a Refractive Index Matched Environment. 14th International Symposium on Particle Image Velocimetry (2021)

Diego George GundersenKenneth ChristensenGianluca Blois

planetary sciencesophthalmologyfluid dynamicsmound-bearing craterrefractive indexparticle technologyapplied physicsintracrater flow dynamics

Pore-Scale Dynamics of Liquid Co2–Water Displacement in 2D Axisymmetric Porous Micromodels Under Strong Drainage and Weak Imbibition Conditions: High-Speed μPiv Measurements. Frontiers in Water (2021)

Yaofa LiGianluca BloisFarzan KazemifarRazin S. MollaKenneth T. Christensen

materials sciencemembrane scienceaxisymmetric porous micromodelsfluid sciencenanofluidicswater sciencecondensed matterstrong drainageapplied physicsfluid flowhigh-speed mpiv measurementspore-scale dynamicsmicrofluidicsenvironmental engineeringsurface sciencefluid dynamicscondensed matter physicsfluid mechanicsweak imbibition conditions

Quantifying the Dynamics of Water-Co2 Multiphase Flow in Microfluidic Porous Media Using High-Speed Micro-Piv. (2021)

Yaofa LiGianluca BloisFarzan KazemifarKenneth Christensen

environmental engineeringwater supplychemical engineeringmultiphase flowsfluid dynamicstransport phenomenathermal engineeringwater sciencemicrofluidic porous mediahigh-speed micro-pivmultiphase processingengineeringmicrofluidics

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Gianluca Blois

Research Assistant Professor

University of Notre Dame

Affiliations

College of Engineering

Aerospace and Mechanical Engineering

Gianluca Blois is currently serving as an Aerospace And Mechanical Engineering Research Assistant Professor at University of Notre Dame.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Gianluca Blois

University of Notre Dame

Research Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Novel Microfluidic Approach to Quantify Pore-Scale Mineral Dissolution in Porous Media. Scientific Reports (2025)

Rafid Musabbir RahmanElliott NiemurGianluca BloisFarzan KazemifarMyeongsub KimYaofa Li

mineral-fluid interactionpore-scale mineral dissolutionporous mediaearth sciencedispersion sciencemicrofluidics

A Methodology for Studying the Hydroelastic Response of Submerged Flexible Vegetation. Water Resources Research (2022)

D. G. GundersenK. T. ChristensenG. Blois

hydroelasticityhydrologywater scienceenvironmental sciencevegetation scienceearth sciencewater resourcesecologyhydroelastic responsewater ecologies

Li, YaofaBlois, GianlucaKazemifar, FarzanChristensen, Kenneth T

materials sciencemonitoring technologyimage segmentationmultiphase flowsphase separationimmiscible multiphase flowpiv imagesdispersion scienceapplied physicsinterface detectionengineering

Combining High-Speed Planar Piv and Motion Tracking of a Flexible Cylinder in Cross-Flow. 14th International Symposium on Particle Image Velocimetry (2021)

Diego George GundersenKenneth Thor ChristensenGianluca Blois

motion trackingmechanical engineeringfluid dynamicsflexible cylinderparticle technologyapplied physicshigh-speed planar pivengineering

Nathaniel BristowGianluca BloisJames BestKenneth Christensen

Flow Past Mound-Bearing Impact Craters: An Experimental Study. Fluids (2021)

Diego GundersenGianluca BloisKenneth T. Christensen

planetary sciencesexperimental geomorphologycivil engineeringengineering geologyexperimental studyfluid mechanics

Investigating Optimal Training and Uncertainty Quantification for CNN-Based Optical Flow. 14th International Symposium on Particle Image Velocimetry (2021)

Daiki KurinaraGianluca BloisHirotaka SakaueDaniele Schiavazzi

Measurements of Intracrater Flow Dynamics Utilizing a Mound-Bearing Crater in a Refractive Index Matched Environment. 14th International Symposium on Particle Image Velocimetry (2021)

Diego George GundersenKenneth ChristensenGianluca Blois

planetary sciencesophthalmologyfluid dynamicsmound-bearing craterrefractive indexparticle technologyapplied physicsintracrater flow dynamics

Yaofa LiGianluca BloisFarzan KazemifarRazin S. MollaKenneth T. Christensen

Quantifying the Dynamics of Water-Co2 Multiphase Flow in Microfluidic Porous Media Using High-Speed Micro-Piv. (2021)

Yaofa LiGianluca BloisFarzan KazemifarKenneth Christensen

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Similar Faculty Members

Sourabh Apte

Institution

Oregon State University

engineering

environmental engineering

Jennifer G. Duan

Institution

University of Arizona

fluvial process

water resources

Edwin Todd Cowen III

Institution

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hydrological science

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Fabian Bombardelli

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Leonardo Patricio Chamorro Chavez

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Diogo Bolster

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David DiCarlo

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petroleum production

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theoretical biology

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