Faculty

Institution

Unit

Venue

Amy Lang

Professor

University of Alabama

Affiliations

College of Engineering

Aerospace Engineering and Mechanics

Amy Lang is currently serving as an Aerospace Engineering And Mechanics Professor at University of Alabama.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Amy Lang

University of Alabama

Professor

You can click a keyword to filter the displayed items

materials science applied physics biophysics fluid dynamics nanotechnology marine biology fluid mechanics surface science mechanical engineering fish biology aerodynamics avian biology biomechanics physical oceanography microscopy aeronautics boundary layers marine hydrodynamics marine engineering separation control ocean engineering biological oceanography aerospace technology plasmonics cutaneous biology experimental study biomedical imaging shark skin flat plate livestock science animal science animal ecology insect science coral reefs nanostructure synthesis metallic nanomaterials carbon-based materials hydraulics flow separation rotating cylinder thermal engineering separation technology pattern transfer electron-beam lithography underwater acoustics passive bristling movable shark scales aquaculture animal biotechnology mammalian biology fluid science vibration control animal physiology electron microscopy ocean technology marine biotechnology oceanic science underwater technologies experimental thermodynamics thermal analysis inorganic synthesis experimental analysis hydraulic engineering optical imaging 3d scanning metal nanoparticles morphological impact skin development thermal microscopy surface plasmon nanophotonics boundary layer control grooved surface dolphin skin mako shark scales gold nanoparticles numerical study fluid flow

Notable Scholarly Works

Notable Federal Grants

Collaborators

Sub-Laminar Surface Drag Due to the “Roller-Bearing Effect” Over Butterfly Scale Inspired Grooves. Physics of Fluids (2024)

Amy W. LangSashank GautamLeonardo SantosMaria L. Habegger

physicssub-laminar surface dragmechanical behaviorfluid dynamicsroller-bearing effectfluid mechanicsbutterfly scalefluid flow

The Effect of Shortfin Mako Shark Skin at the Reattachment of a Separated Turbulent Boundary Layer. Bioinspiration & Biomimetics (2024)

Leonardo M SantosAmy LangRedha WahidiAndrew BonacciSashank GautamJacob Parsons

physiologyacoustical oceanographybiophysicsdeformationfluid dynamicsfish biologyocean sciencesoceanographymarine engineeringmarine ornithologymarine biologyboundary layersseafloor morphologymarine hydrodynamicsunderwater acousticsecologybiomechanicsocean modelling

Understanding Low-Speed Streaks and Their Function and Control Through Movable Shark Scales Acting as a Passive Separation Control Mechanism. Biomimetics (2024)

Leonardo M. SantosAmy LangRedha WahidiAndrew BonacciSashank Gautam

biomechanical engineeringbiomemsbiophysicslow-speed streaksfish biologyavian biologybiomimetic systemsbiologymovable shark scalesbiomolecular engineeringmarine biologybiomimetic actuatorsbiomechanics

Wind Tunnel Investigations of Sharkskin Inspired Passive Flow Control Devices. AIAA SCITECH 2022 Forum (2024)

Christopher M. JarmonAmy W. LangJames Hubner

aerodynamicsengineeringwind tunnel investigations

Passive Separation Control of Shortfin Mako Shark Skin in a Turbulent Boundary Layer. Experimental Thermal and Fluid Science (2021)

Leonardo M. SantosAmy LangRedha WahidiAndrew BonacciSashank GautamSean DeveyJacob Parsons

physicsoceanic scienceoceanographymarine biologypassive separation controlthermal analysisfluid scienceturbulent boundary layerunderwater technologiesfish biologymarine engineeringocean engineeringapplied physicsheat transfermarine hydrodynamicsbiophysicsfluid dynamicsthermal engineeringfluid mechanicsexperimental thermodynamics

Bioinspired Passive Flaps for Separation Control: Shark Scales V. Bird Feather. APS Division of Fluid Dynamics Meeting Abstracts (2020)

Sean DeveyChristopher JarmonPaul HubnerAmy Lang

bio-inspired designseparation controlavian biologyfluid dynamicsbird feathershark scalesbio-inspired roboticspassive flapsbiomechanicsbiological engineering

Experimental Analysis of Passive Bristling in Air to Enable Mako-Shark-Inspired Separation Control. AIAA Aviation 2019 Forum (2020)

Sean P. DeveyAmy W. LangJames P. HubnerJackson A. MorrisMaria L. Habeggar

passive bristlingmako-shark-inspired separation controlaerodynamicsaerospace engineeringaeronautics

Laminar Skin Friction Drag Reduction Through the ``Roller Bearing Effect'' Over Butterfly-Inspired Transverse Cavities. Bulletin of the American Physical Society (2020)

Sashank GautamAmy LangLeonardo Santos

frictionbiophysicsbutterfly-inspired transverse cavitiesmechanical engineeringaerodynamicssolid mechanicstribologyroller bearing effectfluid mechanicsapplied physics

Sizing Passive Biomimetic Surfaces Within a Turbulent Boundary Layer for Separation Control. APS Division of Fluid Dynamics Meeting Abstracts (2020)

Chris JarmonSean DeveyAmy LangPaul Hubner

systems engineeringseparation controlfluid dynamicspassive biomimetic surfacesturbulent boundary layer

The Speedy Secret of Shark Skin. Physics Today (2020)

Amy W. Lang

physicsbiophysicsmarine biologyshark skin

1
2
3
4
5
22
10 / page

Amy Lang

Professor

University of Alabama

Affiliations

College of Engineering

Aerospace Engineering and Mechanics

Amy Lang is currently serving as an Aerospace Engineering And Mechanics Professor at University of Alabama.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Amy Lang

University of Alabama

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Sub-Laminar Surface Drag Due to the “Roller-Bearing Effect” Over Butterfly Scale Inspired Grooves. Physics of Fluids (2024)

Amy W. LangSashank GautamLeonardo SantosMaria L. Habegger

physicssub-laminar surface dragmechanical behaviorfluid dynamicsroller-bearing effectfluid mechanicsbutterfly scalefluid flow

The Effect of Shortfin Mako Shark Skin at the Reattachment of a Separated Turbulent Boundary Layer. Bioinspiration & Biomimetics (2024)

Leonardo M SantosAmy LangRedha WahidiAndrew BonacciSashank GautamJacob Parsons

Understanding Low-Speed Streaks and Their Function and Control Through Movable Shark Scales Acting as a Passive Separation Control Mechanism. Biomimetics (2024)

Leonardo M. SantosAmy LangRedha WahidiAndrew BonacciSashank Gautam

biomechanical engineeringbiomemsbiophysicslow-speed streaksfish biologyavian biologybiomimetic systemsbiologymovable shark scalesbiomolecular engineeringmarine biologybiomimetic actuatorsbiomechanics

Wind Tunnel Investigations of Sharkskin Inspired Passive Flow Control Devices. AIAA SCITECH 2022 Forum (2024)

Christopher M. JarmonAmy W. LangJames Hubner

aerodynamicsengineeringwind tunnel investigations

Passive Separation Control of Shortfin Mako Shark Skin in a Turbulent Boundary Layer. Experimental Thermal and Fluid Science (2021)

Leonardo M. SantosAmy LangRedha WahidiAndrew BonacciSashank GautamSean DeveyJacob Parsons

Bioinspired Passive Flaps for Separation Control: Shark Scales V. Bird Feather. APS Division of Fluid Dynamics Meeting Abstracts (2020)

Sean DeveyChristopher JarmonPaul HubnerAmy Lang

bio-inspired designseparation controlavian biologyfluid dynamicsbird feathershark scalesbio-inspired roboticspassive flapsbiomechanicsbiological engineering

Experimental Analysis of Passive Bristling in Air to Enable Mako-Shark-Inspired Separation Control. AIAA Aviation 2019 Forum (2020)

Sean P. DeveyAmy W. LangJames P. HubnerJackson A. MorrisMaria L. Habeggar

passive bristlingmako-shark-inspired separation controlaerodynamicsaerospace engineeringaeronautics

Laminar Skin Friction Drag Reduction Through the ``Roller Bearing Effect'' Over Butterfly-Inspired Transverse Cavities. Bulletin of the American Physical Society (2020)

Sashank GautamAmy LangLeonardo Santos

frictionbiophysicsbutterfly-inspired transverse cavitiesmechanical engineeringaerodynamicssolid mechanicstribologyroller bearing effectfluid mechanicsapplied physics

Sizing Passive Biomimetic Surfaces Within a Turbulent Boundary Layer for Separation Control. APS Division of Fluid Dynamics Meeting Abstracts (2020)

Chris JarmonSean DeveyAmy LangPaul Hubner

systems engineeringseparation controlfluid dynamicspassive biomimetic surfacesturbulent boundary layer

The Speedy Secret of Shark Skin. Physics Today (2020)

Amy W. Lang

physicsbiophysicsmarine biologyshark skin

1
2
3
4
5
22
10 / page

Similar Faculty Members

Shaurya Prakash

Institution

Ohio State University

mechanical engineering

fluid science

Swastik Kar

Institution

Northeastern University

nanomaterials

nanoparticle research

David McComb

Institution

Ohio State University

organic chemistry

chemistry

Ian Hunter

Institution

Massachusetts Institute of Technology

applied physics

materials science

James Friend

Institution

University of California, San Diego

transducer principle

mechanical engineering

Michael Triantafyllou

Institution

Massachusetts Institute of Technology

engineering

mechanical engineering

Jong Hyun Choi

Institution

Purdue University

thermodynamics

advanced materials

Chih-Ming Ho

Institution

University of California, Los Angeles

biosensor

laboratory investigation

Akhlesh Lakhtakia

Institution

Pennsylvania State University

applied mechanics

mechanical science

Lawrence Ziegler

Institution

Boston University

wide range

ultrafast laser spectroscopy

Similar Faculty Members

Shaurya Prakash

Institution

Ohio State University

mechanical engineering

fluid science

Swastik Kar

Institution

Northeastern University

nanomaterials

nanoparticle research

David McComb

Institution

Ohio State University

organic chemistry

chemistry

Ian Hunter

Institution

Massachusetts Institute of Technology

applied physics

materials science

James Friend

Institution

University of California, San Diego

transducer principle

mechanical engineering

Michael Triantafyllou

Institution

Massachusetts Institute of Technology

engineering

mechanical engineering

Jong Hyun Choi

Institution

Purdue University

thermodynamics

advanced materials

Chih-Ming Ho

Institution

University of California, Los Angeles

biosensor

laboratory investigation

Akhlesh Lakhtakia

Institution

Pennsylvania State University

applied mechanics

mechanical science

Lawrence Ziegler

Institution

Boston University

wide range

ultrafast laser spectroscopy