Faculty

Institution

Unit

Venue

Sandra M. Troian

Professor of Applied Physics Aeronautics and Mechanical Engineering

California Institute of Technology

Affiliations

Applied Physics and Materials Science

Applied Physics

Division of Engineering and Applied Science

Applied Physics and Materials Science

Sandra M. Troian is currently serving as an Applied Physics Professor of Applied Physics Aeronautics and Mechanical Engineering at California Institute of Technology.

Honors

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Experiences

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Education

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Sandra M. Troian

California Institute of Technology

Professor of Applied Physics Aeronautics and Mechanical Engineering

You can click a keyword to filter the displayed items

materials science applied physics surface science fluid dynamics physics fluid mechanics mechanical engineering microfluidics nanotechnology condensed matter physics thin films wetting thermal engineering additive manufacturing thermocapillary actuation coatings condensed matter interfacial phenomena interface science surface processing tribology advanced manufacturing technologies colloid chemistry colloidal systems interfacial studies polymer technology hydraulics fluid-solid interactions fabrication techniques fluid flow fragmentation effect plasma science hydrodynamic stability printed electronics micro technology surface characterization liquid flow linear stability optimal excitations liquid microstructures membrane science crystal growth manufacturing technology material research electronics polymer engineering organic electronics phase separation surface chemistry surface engineering surface modification capillarity phenomenon microfluidic actuation surface stresses liquid films direct printing thin liquid film molecular dynamics simulations slip behavior composite science electronic materials dispersion science composite interface micro-electromechanical systems actuation metal processing chaos theory colloidal materials experimental analysis chip on board lab-on-a-chip chaotic mixing general boundary condition solid surfaces temperature gradients microscopic scale small scale microscale system pattern formation free surface heat transfer

Notable Scholarly Works

Notable Federal Grants

Collaborators

How Caged Motion in the Contact Layer Enhances Thermal Tunneling Across a Liquid/Solid Interface. Physical Review Research (2024)

Hiroki KaifuSandra M. TroianArtem I. Baskin

caged motioninterface (matter)interface scienceinterfacial phenomenafluid-solid interactionsphysicscontact layer

Thermocapillary Patterning of Highly Uniform Microarrays by Resonant Wavelength Excitation. Physical Review Applied (2022)

Yi Hua ChangSandra M. Troian

surface scienceresonant wavelength excitationbiomedical engineeringapplied physicsmaterials sciencethermocapillary patterning

Multiplicity of Inertial Self-Similar Conical Shapes in an Electrified Liquid Metal. Physical Review Applied (2021)

Chengzhe ZhouSandra M. Troian

applied mathematicselectrified liquid metalapplied physicssolid mechanicsphysics

Robust Numerical Computation of the 3D Scalar Potential Field of the Cubic Galileon Gravity Model at Solar System Scales. Physical review. D/Physical review. D. (2020)

Nicholas C. WhiteSandra M. TroianJeffrey B. JewellCurt J. CutlerSheng-wey ChiowNan Yu

general relativitysolar system scalesrobust numerical computationastrophysicsastronomyplanetary sciencesnumerical relativity

Differential Colorimetry Measurements of Fluctuation Growth in Nanofilms Exposed to Large Surface Thermal Gradients. Journal of Applied Physics (2019)

Kevin R. FiedlerEuan McLeodSandra M. Troian

surface sciencecolorimetrynanomaterialsdifferential colorimetry measurementsoptical propertiesfluctuation growthapplied physicsmaterials sciencephysicsnanotechnology

Electrified Cone Formation in Perfectly Conducting Viscous Liquids: Self-Similar Growth Irrespective of Reynolds Number. Physics of Fluids (2019)

Theodore G. AlbertsonSandra M. Troian

fluid mechanicsviscous liquidsapplied physicsphysicselectrical engineeringreynolds number

Why Capillary Flows in Slender Triangular Grooves Are so Stable Against Disturbances. Physical Review Fluids (2019)

Nicholas C. WhiteSandra M. Troian

surface sciencefluid dynamicsfluid mechanicsslender triangular groovesapplied physicsmaterials sciencestabilityphysicscapillary flowshydrodynamic stability

Chengzhe ZhouSandra M Troian

fluid dynamicsfluid mechanicsthin liquid filmscondensed matter physicsapplied physicsmaterials sciencephysicsself-similar cuspidal formation

ANGELO: 3d Lithography Based on Thermocapillary Sculpting of Nanofilms. (2016)

Sandra M. TroianT. J. Watson

fabrication techniquesadditive manufacturingnanotechnologythermocapillary sculptingmaterials scienceapplied physics3d printing

Early Time Instability in Nanofilms Exposed to a Large Transverse Thermal Gradient: Improved Image and Thermal Analysis. Journal of Applied Physics (2016)

Kevin R. FiedlerSandra M. Troian

applied mathematicsearly time instabilityheat transferapplied physicsmaterials sciencethermal analysis

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Sandra M. Troian

Professor of Applied Physics Aeronautics and Mechanical Engineering

California Institute of Technology

Affiliations

Applied Physics and Materials Science

Applied Physics

Division of Engineering and Applied Science

Applied Physics and Materials Science

Sandra M. Troian is currently serving as an Applied Physics Professor of Applied Physics Aeronautics and Mechanical Engineering at California 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

Sandra M. Troian

California Institute of Technology

Professor of Applied Physics Aeronautics and Mechanical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

How Caged Motion in the Contact Layer Enhances Thermal Tunneling Across a Liquid/Solid Interface. Physical Review Research (2024)

Hiroki KaifuSandra M. TroianArtem I. Baskin

caged motioninterface (matter)interface scienceinterfacial phenomenafluid-solid interactionsphysicscontact layer

Thermocapillary Patterning of Highly Uniform Microarrays by Resonant Wavelength Excitation. Physical Review Applied (2022)

Yi Hua ChangSandra M. Troian

surface scienceresonant wavelength excitationbiomedical engineeringapplied physicsmaterials sciencethermocapillary patterning

Multiplicity of Inertial Self-Similar Conical Shapes in an Electrified Liquid Metal. Physical Review Applied (2021)

Chengzhe ZhouSandra M. Troian

applied mathematicselectrified liquid metalapplied physicssolid mechanicsphysics

Robust Numerical Computation of the 3D Scalar Potential Field of the Cubic Galileon Gravity Model at Solar System Scales. Physical review. D/Physical review. D. (2020)

Nicholas C. WhiteSandra M. TroianJeffrey B. JewellCurt J. CutlerSheng-wey ChiowNan Yu

general relativitysolar system scalesrobust numerical computationastrophysicsastronomyplanetary sciencesnumerical relativity

Differential Colorimetry Measurements of Fluctuation Growth in Nanofilms Exposed to Large Surface Thermal Gradients. Journal of Applied Physics (2019)

Kevin R. FiedlerEuan McLeodSandra M. Troian

surface sciencecolorimetrynanomaterialsdifferential colorimetry measurementsoptical propertiesfluctuation growthapplied physicsmaterials sciencephysicsnanotechnology

Electrified Cone Formation in Perfectly Conducting Viscous Liquids: Self-Similar Growth Irrespective of Reynolds Number. Physics of Fluids (2019)

Theodore G. AlbertsonSandra M. Troian

fluid mechanicsviscous liquidsapplied physicsphysicselectrical engineeringreynolds number

Why Capillary Flows in Slender Triangular Grooves Are so Stable Against Disturbances. Physical Review Fluids (2019)

Nicholas C. WhiteSandra M. Troian

surface sciencefluid dynamicsfluid mechanicsslender triangular groovesapplied physicsmaterials sciencestabilityphysicscapillary flowshydrodynamic stability

Chengzhe ZhouSandra M Troian

fluid dynamicsfluid mechanicsthin liquid filmscondensed matter physicsapplied physicsmaterials sciencephysicsself-similar cuspidal formation

ANGELO: 3d Lithography Based on Thermocapillary Sculpting of Nanofilms. (2016)

Sandra M. TroianT. J. Watson

fabrication techniquesadditive manufacturingnanotechnologythermocapillary sculptingmaterials scienceapplied physics3d printing

Early Time Instability in Nanofilms Exposed to a Large Transverse Thermal Gradient: Improved Image and Thermal Analysis. Journal of Applied Physics (2016)

Kevin R. FiedlerSandra M. Troian

applied mathematicsearly time instabilityheat transferapplied physicsmaterials sciencethermal analysis

1
2
3
4
5
11
10 / page

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Similar Faculty Members

Daeyeon Lee

Institution

University of Pennsylvania

dispersion science

colloidal material

Siddhartha Das

Institution

University of Maryland, College Park

capillarity phenomenon

dispersion science

Lou Kondic

Institution

New Jersey Institute of Technology

scientific computing

fluid-solid interaction

Yip-Wah Chung

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Northwestern University

materials science

mechanical engineering

Kripa Varanasi

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Massachusetts Institute of Technology

materials science

applied physics

Constantine M. Megaridis

Institution

University of Illinois Chicago

heat mass transfer

mass transfer

Shu Yang

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University of Pennsylvania

additive manufacturing

responsive materials

Jennifer Lewis

Institution

Harvard University

applied mathematical modelling

geoscientific model development

Rajiv Singh

Institution

University of Florida

advanced materials

laser processing

Fuqian Yang

Institution

University of Kentucky

materials science

applied physics