Faculty

Institution

Unit

Venue

Lou Kondic

Distinguished Professor Mathematical Sciences

New Jersey Institute of Technology

Affiliations

College of Science and Liberal Arts

Department of Mathematical Sciences

Lou Kondic is currently serving as a College Of Science And Liberal Arts Distinguished Professor Mathematical Sciences at New Jersey Institute of Technology.

Honors

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Experiences

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Education

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Lou Kondic

New Jersey Institute of Technology

Distinguished Professor Mathematical Sciences

You can click a keyword to filter the displayed items

applied physics materials science physics fluid mechanics fluid dynamics condensed matter physics nanotechnology surface science solid mechanics mechanical engineering soft matter condensed matter nanomaterials fluid flow nanoscale science interfacial phenomena force networks wetting hydrodynamic stability interface science numerical simulations hydraulics impact (mechanics) tribology dispersion science fluid science mechanical science granular impact nematic liquid crystal thermal engineering membrane science colloidal systems filtration metals porous materials porous membranes fluid-solid interactions nonlinear phenomena membrane process particulate matter compressible flows membrane technology particulate systems membrane filters computational fluid dynamics water process engineering interfacial studies nanometrology surface nanotechnology colloid chemistry density relaxation thermal effects nonlinear science engineering mathematics continuum modeling granular medium phase separation velocity profiles contact lines plasma science nanoscale chemistry colloidal materials metallic nanomaterials thermal conductivity thermal transport compressed granular media microstructure evolution patterned surfaces tapped particulate systems vertical plane nematic liquid crystals thin fluid films fabrication techniques predictability metal nanoparticles surface reactivity multiscale hydrodynamics nonlinear analysis engineering scientific computing granular matter computational mechanics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fractal Dimension of Non-Newtonian Hele-Shaw Flow Subject to Saffman-Taylor Instability. Physical review. E (2024)

J. AdriazolaB. GuL. J. CummingsL. Kondic

physicsflow physicsfluid dynamicscomputational fluid dynamicsdisplaced fluiddiscrete numerical methodnumerical simulationsfluid mechanicsapplied mathematicshydrodynamic stabilityfluid flowmathematicsfractal dimensionfractals

On Dewetting and Concentration Evolution of Thin Binary Fluid Films. Journal of Fluid Mechanics (2024)

J.A. DiezA.G. GonzálezL. Kondic

thin filmsfluid dynamicsconcentration evolutionfluid mechanicsdewateringapplied physicsfluid flow

On the Origins of Reverse Janssen Effect. arXiv (Cornell University) (2024)

Shah, SrujalGomez, Ana Maria MosqueraJalali, PaymanKondic, Lou

physicshigh energy physicsreverse janssen effectparticle physicsapplied physics

Origins of the Reverse Janssen Effect. Physical review. E (2024)

Srujal ShahAna Maria Mosquera GomezPayman JalaliLou Kondic

physicsreverse janssen effect

Understanding Slow Compression of Frictional Granular Particles by Network Analysis. Soft Matter (2024)

Kianoosh TaghizadehStefan LudingRituparna BasakLou Kondic

frictionfrictional granular particlessoft matternetwork analysisslow compression

Using Thermal Crowding to Direct Pattern Formation on the Nanoscale. Physical Review Letters (2024)

Ryan AllaireLinda J. CummingsLou Kondic

materials sciencenanoscale sciencesurface sciencepattern formationapplied physicsnanotechnology

Evolution of Force Networks During Stick-Slip Motion of an Intruder in a Granular Material: Topological Measures Extracted From Experimental Data. Physical review. E (2023)

Rituparna BasakRyan KozlowskiLuis A. PugnaloniM. KramarJoshua E. S. SocolarC. Manuel CarlevaroLou Kondic

physicsmaterials sciencetopologyexperimental datastick-slip motionforce networksmechanicstopological measuresgeomechanicsapplied physicsbiomechanicsgranular materials

Flow Through Pore-Size Graded Membrane Pore Network. Physical Review Fluids (2023)

Binan GuLou KondicLinda J. Cummings

filtrationporous membranesfoulingmembrane processmembranesmultiphase flowsporous materialsmembrane filtersmembrane sciencemembrane pore networkflux extinctionfluid flowbiological engineeringengineering

Laser Heating and Melting of Metals on Nanoscale: Breakup of Metal Filaments. Proceeding of International Heat Transfer Conference 9 (2023)

Ryan H. AllaireLinda J. CummingsLou Kondic

materials sciencenanoscale sciencemetal filamentslaser heatingnanomaterialsnanotechnologymetals

Properties of Interaction Networks in Compressed Two and Three Dimensional Particulate Systems. Granular Matter (2023)

L. KovalcinovaA. TarantoL. Kondic

materials scienceparticulate mattercondensed matter physics

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Lou Kondic

Distinguished Professor Mathematical Sciences

New Jersey Institute of Technology

Affiliations

College of Science and Liberal Arts

Department of Mathematical Sciences

Lou Kondic is currently serving as a College Of Science And Liberal Arts Distinguished Professor Mathematical Sciences at New Jersey Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lou Kondic

New Jersey Institute of Technology

Distinguished Professor Mathematical Sciences

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fractal Dimension of Non-Newtonian Hele-Shaw Flow Subject to Saffman-Taylor Instability. Physical review. E (2024)

J. AdriazolaB. GuL. J. CummingsL. Kondic

On Dewetting and Concentration Evolution of Thin Binary Fluid Films. Journal of Fluid Mechanics (2024)

J.A. DiezA.G. GonzálezL. Kondic

thin filmsfluid dynamicsconcentration evolutionfluid mechanicsdewateringapplied physicsfluid flow

On the Origins of Reverse Janssen Effect. arXiv (Cornell University) (2024)

Shah, SrujalGomez, Ana Maria MosqueraJalali, PaymanKondic, Lou

physicshigh energy physicsreverse janssen effectparticle physicsapplied physics

Origins of the Reverse Janssen Effect. Physical review. E (2024)

Srujal ShahAna Maria Mosquera GomezPayman JalaliLou Kondic

physicsreverse janssen effect

Understanding Slow Compression of Frictional Granular Particles by Network Analysis. Soft Matter (2024)

Kianoosh TaghizadehStefan LudingRituparna BasakLou Kondic

frictionfrictional granular particlessoft matternetwork analysisslow compression

Using Thermal Crowding to Direct Pattern Formation on the Nanoscale. Physical Review Letters (2024)

Ryan AllaireLinda J. CummingsLou Kondic

materials sciencenanoscale sciencesurface sciencepattern formationapplied physicsnanotechnology

Evolution of Force Networks During Stick-Slip Motion of an Intruder in a Granular Material: Topological Measures Extracted From Experimental Data. Physical review. E (2023)

Rituparna BasakRyan KozlowskiLuis A. PugnaloniM. KramarJoshua E. S. SocolarC. Manuel CarlevaroLou Kondic

physicsmaterials sciencetopologyexperimental datastick-slip motionforce networksmechanicstopological measuresgeomechanicsapplied physicsbiomechanicsgranular materials

Flow Through Pore-Size Graded Membrane Pore Network. Physical Review Fluids (2023)

Binan GuLou KondicLinda J. Cummings

Laser Heating and Melting of Metals on Nanoscale: Breakup of Metal Filaments. Proceeding of International Heat Transfer Conference 9 (2023)

Ryan H. AllaireLinda J. CummingsLou Kondic

materials sciencenanoscale sciencemetal filamentslaser heatingnanomaterialsnanotechnologymetals

Properties of Interaction Networks in Compressed Two and Three Dimensional Particulate Systems. Granular Matter (2023)

L. KovalcinovaA. TarantoL. Kondic

materials scienceparticulate mattercondensed matter physics

1
2
3
4
5
25
10 / page

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Similar Faculty Members

Sascha Hilgenfeldt

Institution

University of Illinois Urbana-Champaign

engineering

heat transfer

Russel E. Caflisch

Institution

New York University

engineering

applied mathematical modelling

Pierre Deymier

Institution

University of Arizona

sonic crystal

phononic crystals

Eric Robert Dufresne

Institution

Cornell University

biophysics

soft matter

Itai Cohen

Institution

Cornell University

robotics

precision engineering

Sunghwan Jung

Institution

Cornell University

theoretical biology

mathematical biology

Jonathan Freund

Institution

University of Illinois Urbana-Champaign

engineering

large-scale parallel computing

Martin Starzewski

Institution

University of Illinois Urbana-Champaign

stochastic partial differential equation

continuum mechanic

Král, Petr

Institution

University of Illinois Chicago

self-assembly

nanoparticle research

Heinrich Jaeger

Institution

University of Chicago

materials science

applied physics