Faculty

Institution

Unit

Venue

Sascha Hilgenfeldt

Professor; Willett Faculty Scholar

UIUC

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and Engineering

Mechanical Science & Engineering

Sascha Hilgenfeldt is currently serving as a Mechanical Science And Engineering Professor; Willett Faculty Scholar at Uiuc.

Honors

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Experiences

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Education

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Sascha Hilgenfeldt

UIUC

Professor; Willett Faculty Scholar

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fluid science fluid mechanics fluid dynamics fluid flow physics biophysics bubble dynamics applied physics dispersion science mechanical engineering microfluidics foams soft matter complex fluids sonoluminescence rheology sonochemistry flow physics mechanical science ultrasound multiphase flows computational fluid dynamics acoustic cavitation fracture mechanics particle-laden flows luminescence statistical mechanics biofluid dynamics interface science shock waves disperse flow crack formation light science microscale system statistical physics dynamic crack propagation fluid-solid interactions hydrodynamic cavitation porous materials cell biophysics foam drainage theoretical biology lab-on-a-chip power ultrasound atomic spectroscopy complex matter cell biomechanics single bubble sonoluminescence cellular physiology medical ultrasound rheological properties colloidal systems colloidal materials cavitating flows liquid-liquid flow micromachines rheological measurements size-topology correlations physical acoustics unsteady flows gas dynamics capillarity phenomenon nanofluidics single-bubble sonoluminescence single plateau borders lipid vesicles simple theory stable single-bubble sonoluminescence acoustic streaming heat deposition water temperature dependence size-topology correlation foam bubbles driving pressure drosophila retina computer simulation material flow engineering heat transfer solid mechanics thermomechanical analysis process safety mechanical modeling computational mechanics manufacturing

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nonlinear Rayleigh–Taylor Instability in an Accelerated Soap Film. Journal of Engineering Mathematics (2025)

Peter S. StewartAlasdair T. RoySascha Hilgenfeldt

nonlinear phenomenaaccelerated soap filmnonlinear analysisnonlinear sciencesurface tensionphysicsinterfacial phenomenaengineeringfluid dynamicsfluid flowwave nonlinearityfluid-solid interactionsnonlinear rayleigh–taylor instabilityfluid mechanics

Principles of Hydrodynamic Particle Manipulation in Internal Stokes Flow. Journal of Fluid Mechanics (2025)

Xuchen LiuPartha Kumar DasSascha Hilgenfeldt

biophysicsparticle methodsflow physicsphysicsfluid flowfluid dynamicsmicrofluidic devicesparticle capturecomputational fluid dynamicsfluid mechanicsparticle-laden flowsinternal stokes flowfluid sciencedispersion sciencebiofluid dynamicsmicrofluidics

Statistical Mechanics Approach to Dna-Driven Droplet Deformation and Adhesion. Physical Review Letters (2025)

Nicolas JuddAngus McMullenSascha HilgenfeldtJasna Brujic

biophysicscolloid chemistrydna-driven droplet deformationself-assemblystatistical mechanicscolloidal systemsadhesioninterface sciencecolloidal materialsmolecular biophysicsdna-coated emulsion dropletscomplex fluidsdna nanotechnologymolecular biologydispersion sciencesoft mattercolloidal property

A Thermodynamic Approach to Adhesion and Deformation of Dna-Bound Droplets. arXiv (Cornell University) (2024)

Judd, NicolasMcMullen, AngusHilgenfeldt, SaschaBrujic, Jasna

biophysicscolloid chemistryself-assemblycolloidal systemsadhesioninterface sciencebiophysical reviewadhesion sizecolloidal materialsmolecular biophysicsdna-coated emulsion dropletscomplex fluidsdna nanotechnologymolecular biologydispersion sciencesoft mattercolloidal propertyfree energy functional

Density-Contrast Induced Inertial Forces on Particles in Oscillatory Flows. Journal of Fluid Mechanics (2024)

Siddhansh AgarwalGaurav UpadhyayYashraj BhosaleMattia GazzolaSascha Hilgenfeldt

biophysicsoscillatory flowsnumerical simulationsphysicsfluid flowfluid dynamicsrheologycomputational fluid dynamicsoscillatory backgroundfluid mechanicsparticle-laden flowsfluid sciencedispersion sciencebiofluid dynamicsmicrofluidicsinertial forces

Effects of Integrating Computational Tools Into an Introductory Engineering Mechanics Course. (2024)

Wayne ChangSeung Woo OkMatthew WestSascha HilgenfeldtMariana Silva

engineering educationeducationstem educationundergraduate researchcomputational toolsphysic educationconfidence levelcomputational literacyprogramming language teachingdesigncomputational python

Exceptionally Dense and Resilient Critically Jammed Polydisperse Disk Packings. Soft Matter (2024)

Sangwoo KimSascha Hilgenfeldt

statistical mechanicsself-assemblycomplex mattergranular materialspolymer compositesphysicspolymer modelingrheologymechanical engineeringpolymer physicscomplex fluidsjamming transitioncritical packing fractiondispersion sciencesoft matterjamming transition pointsmaterials science

Exceptionally Dense and Resilient Polydisperse Disk Packings. arXiv (Cornell University) (2024)

Kim, SangwooHilgenfeldt, Sascha

statistical mechanicsself-assemblycomplex matterstatistical physicsphysicscomputational materials sciencecontinuum modelingapplied physicscomplex fluidsjamming transitionmechanics of materialssoft matterjamming regimejamming transition pointsmaterials science

Innovating and Modernizing a Linear Algebra Class Through Teaching Computational Skills. (2024)

Mariana SilvaMatthew WestSascha HilgenfeldtPhilipp HieronymiNicolas NytkoAkshit DeshpandeJer-Chin Chuang

engineering educationproject-based learningeducationlinear algebra classcomputing educationlinear algebralearning analyticscomputational thinkingmathematics educationdesignlinear algebra courseeducational technology

Principles of Hydrodynamic Particle Manipulation in Internal Stokes Flow. arXiv (Cornell University) (2024)

Liu, XuchenDas, Partha KumarHilgenfeldt, Sascha

biophysicsparticle methodsflow physicsnumerical simulationsphysicsfluid flowfluid dynamicsmicrofluidic devicesparticle capturefluid mechanicsparticle-laden flowsinternal stokes flowfluid sciencedispersion sciencebiofluid dynamicsmicrofluidics

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Sascha Hilgenfeldt

Professor; Willett Faculty Scholar

UIUC

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and Engineering

Mechanical Science & Engineering

Sascha Hilgenfeldt is currently serving as a Mechanical Science And Engineering Professor; Willett Faculty Scholar 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

Sascha Hilgenfeldt

UIUC

Professor; Willett Faculty Scholar

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nonlinear Rayleigh–Taylor Instability in an Accelerated Soap Film. Journal of Engineering Mathematics (2025)

Peter S. StewartAlasdair T. RoySascha Hilgenfeldt

Principles of Hydrodynamic Particle Manipulation in Internal Stokes Flow. Journal of Fluid Mechanics (2025)

Xuchen LiuPartha Kumar DasSascha Hilgenfeldt

Statistical Mechanics Approach to Dna-Driven Droplet Deformation and Adhesion. Physical Review Letters (2025)

Nicolas JuddAngus McMullenSascha HilgenfeldtJasna Brujic

A Thermodynamic Approach to Adhesion and Deformation of Dna-Bound Droplets. arXiv (Cornell University) (2024)

Judd, NicolasMcMullen, AngusHilgenfeldt, SaschaBrujic, Jasna

Density-Contrast Induced Inertial Forces on Particles in Oscillatory Flows. Journal of Fluid Mechanics (2024)

Siddhansh AgarwalGaurav UpadhyayYashraj BhosaleMattia GazzolaSascha Hilgenfeldt

Effects of Integrating Computational Tools Into an Introductory Engineering Mechanics Course. (2024)

Wayne ChangSeung Woo OkMatthew WestSascha HilgenfeldtMariana Silva

engineering educationeducationstem educationundergraduate researchcomputational toolsphysic educationconfidence levelcomputational literacyprogramming language teachingdesigncomputational python

Exceptionally Dense and Resilient Critically Jammed Polydisperse Disk Packings. Soft Matter (2024)

Sangwoo KimSascha Hilgenfeldt

Exceptionally Dense and Resilient Polydisperse Disk Packings. arXiv (Cornell University) (2024)

Kim, SangwooHilgenfeldt, Sascha

Innovating and Modernizing a Linear Algebra Class Through Teaching Computational Skills. (2024)

Mariana SilvaMatthew WestSascha HilgenfeldtPhilipp HieronymiNicolas NytkoAkshit DeshpandeJer-Chin Chuang

Principles of Hydrodynamic Particle Manipulation in Internal Stokes Flow. arXiv (Cornell University) (2024)

Liu, XuchenDas, Partha KumarHilgenfeldt, Sascha

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