Faculty

Institution

Unit

Venue

Christopher Limbach

Assistant Professor

University of Michigan

Affiliations

Aerospace Engineering

College of Engineering

Aerospace Engineering

Christopher Limbach is currently serving as an Aerospace Engineering Assistant Professor at University of Michigan.

Honors

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Experiences

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Education

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Christopher Limbach

University of Michigan

Assistant Professor

You can click a keyword to filter the displayed items

aerospace engineering applied physics materials science laser science aeronautics photonics fluid dynamics instrumentation aerospace technology gas discharge plasma hypersonic speed nanotechnology thermal engineering rayleigh scattering physics lasers aerosol science optical engineering particle physics heat transfer unmanned aircraft systems precision engineering laser processing technology plasma diagnostics glow discharges plasma science adjoint optimization atmospheric measurement technique biomedical imaging particle beam optical metrology boundary layers optical spectroscopy beam optics advanced laser processing astronautics imaging spectroscopy accelerator technology nitric oxide diagnostic applications filtered rayleigh scattering fire technology combustion science lightwave technology advanced ceramics scientific computing numerical simulations active control microwave technology acta astronautica fiber lasers analytical instrumentation instrumentation engineering instrument science laser-based sensor flow measurement ceramic technology thermal energy bionics nanobiotechnology space research dispersion plasma applications cluster science enhanced ignition multi-wavelength laser pulses threshold characteristics nanosecond laser gas perturbations notch filters hypersonic fleet velocimetry tripped boundary layer uncertainty characterization initial characterization hypersonic mach reflections computational study laser-plasma interaction propulsion three-dimensional measurements aerospace propulsion fluid flow

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characterization of Saturated Absorption Lines in Rubidium for Use as an Actively Controlled Atomic Filter. AIAA SCITECH 2022 Forum (2024)

Robert T. RandolphRichard MilesChristopher Limbach

materials sciencesaturated absorption linesatomic physicsapplied physicsactive controlatomic filter

Characterizing Femtosecond Laser Tagging Performance With a 1030 Nm Yb: Kgw Laser and Application to Continuous 50 Khz Velocimetry. (2024)

Weixiao WangRishav ChoudharyChristopher Limbach

performance characterizationbiomedical engineeringadvanced laser processinglaser processing technologykhz velocimetrylaser sciencelasersnm ybfemtosecond laserprecision engineering

Dual-Mode Energy Deposition for Hypersonic Aerodynamic Control. (2024)

Kyle T. RugglesRichard B. MilesNathan R. TichenorChristopher Limbach

systems engineeringaerospace technologyaerodynamicshypersonic speeddual-mode energy depositionaerospace engineeringhypersonic aerodynamic control

Effects of Cavity Length and Pump Pulse Duration on Burst-Mode Optical Parametric Oscillator Conversion Efficiency. AIAA SCITECH 2022 Forum (2024)

Boris S. LeonovChristopher LimbachJohn S. KochanRichard Miles

optical engineeringelectrical engineeringpump pulse durationoptoelectronicscavity lengthphotonics

Multi-Perspective Heterodyne Digital Holography for High-Speed Imaging of Density Fluctuations in Supersonic Flow. (2024)

Rishav ChoudharyWeixiao WangChristopher Limbach

3d imagingdigital imagingcomputer visionmedical imagingholographic methodhigh-speed imagingsupersonic flowaerospace engineeringbiomedical imagingdigital holographydensity fluctuations

Quasi-Tomographic Space-Time Interferometry for Spatially Resolved Imaging of High-Frequency Density Fluctuations. AIAA SCITECH 2022 Forum (2024)

Rishav ChoudharyJacob M. DeweyChristopher Limbach

computational imagingquasi-tomographic space-time interferometry3d imagingmedical imaginginterferometryearth sciencehigh-frequency density fluctuations

Atomic Barium Vapor Filter for Ultraviolet High-Spectral-Resolution Temperature Lidar. Springer atmospheric sciences (2023)

Madison HetlageChristopher Limbach

atmospheric measurement techniquematerials scienceatmospheric chemistrylunar scienceatmospheric environmentatmospheric researchaerosol scienceenvironmental sciencelaser scienceatmospheric sensingaerospace engineeringatmospheric sciencemeteorology

Burst-Mode Nitric Oxide Plif for Visualization and Mode Spectral Analysis of Hypersonic Shear Layers. AIAA Aviation 2019 Forum (2023)

Boris S. LeonovTyler S. DeanDonovan E. McGruderRodney D. BowersoxChristopher LimbachRichard Miles

materials sciencemode spectral analysishypersonic speedhypersonic shear layersaerospace engineeringapplied physics

Demonstration of Low Angle Thomson Scattering for Background Interference Suppression. AIAA SCITECH 2023 Forum (2023)

Junhwi BakAmirhossein AbbasszadehradAnuj RekhyChristopher LimbachRichard B. Miles

materials sciencebackground interference suppressionmechanical engineeringunmanned aerial vehiclesaerospace engineering

High Resolution Spatially Extended 1D Laser Scattering Diagnostics Using Volume Bragg Grating Notch Filters. Review of Scientific Instruments (2023)

J. BakJ. L. Suazo BetancourtA. RekhyA. AbbasszadehradR. B. MilesC. M. LimbachM. L. R. Walker

materials scienceanalytical instrumentationoptical engineeringlaser scienceinstrumentation engineeringnotch filtersinstrument scienceinstrumentationphotonics

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Christopher Limbach

Assistant Professor

University of Michigan

Affiliations

Aerospace Engineering

College of Engineering

Aerospace Engineering

Christopher Limbach is currently serving as an Aerospace Engineering Assistant Professor at University of Michigan.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Christopher Limbach

University of Michigan

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characterization of Saturated Absorption Lines in Rubidium for Use as an Actively Controlled Atomic Filter. AIAA SCITECH 2022 Forum (2024)

Robert T. RandolphRichard MilesChristopher Limbach

materials sciencesaturated absorption linesatomic physicsapplied physicsactive controlatomic filter

Characterizing Femtosecond Laser Tagging Performance With a 1030 Nm Yb: Kgw Laser and Application to Continuous 50 Khz Velocimetry. (2024)

Weixiao WangRishav ChoudharyChristopher Limbach

performance characterizationbiomedical engineeringadvanced laser processinglaser processing technologykhz velocimetrylaser sciencelasersnm ybfemtosecond laserprecision engineering

Dual-Mode Energy Deposition for Hypersonic Aerodynamic Control. (2024)

Kyle T. RugglesRichard B. MilesNathan R. TichenorChristopher Limbach

systems engineeringaerospace technologyaerodynamicshypersonic speeddual-mode energy depositionaerospace engineeringhypersonic aerodynamic control

Effects of Cavity Length and Pump Pulse Duration on Burst-Mode Optical Parametric Oscillator Conversion Efficiency. AIAA SCITECH 2022 Forum (2024)

Boris S. LeonovChristopher LimbachJohn S. KochanRichard Miles

optical engineeringelectrical engineeringpump pulse durationoptoelectronicscavity lengthphotonics

Multi-Perspective Heterodyne Digital Holography for High-Speed Imaging of Density Fluctuations in Supersonic Flow. (2024)

Rishav ChoudharyWeixiao WangChristopher Limbach

3d imagingdigital imagingcomputer visionmedical imagingholographic methodhigh-speed imagingsupersonic flowaerospace engineeringbiomedical imagingdigital holographydensity fluctuations

Quasi-Tomographic Space-Time Interferometry for Spatially Resolved Imaging of High-Frequency Density Fluctuations. AIAA SCITECH 2022 Forum (2024)

Rishav ChoudharyJacob M. DeweyChristopher Limbach

computational imagingquasi-tomographic space-time interferometry3d imagingmedical imaginginterferometryearth sciencehigh-frequency density fluctuations

Atomic Barium Vapor Filter for Ultraviolet High-Spectral-Resolution Temperature Lidar. Springer atmospheric sciences (2023)

Madison HetlageChristopher Limbach

Burst-Mode Nitric Oxide Plif for Visualization and Mode Spectral Analysis of Hypersonic Shear Layers. AIAA Aviation 2019 Forum (2023)

Boris S. LeonovTyler S. DeanDonovan E. McGruderRodney D. BowersoxChristopher LimbachRichard Miles

materials sciencemode spectral analysishypersonic speedhypersonic shear layersaerospace engineeringapplied physics

Demonstration of Low Angle Thomson Scattering for Background Interference Suppression. AIAA SCITECH 2023 Forum (2023)

Junhwi BakAmirhossein AbbasszadehradAnuj RekhyChristopher LimbachRichard B. Miles

materials sciencebackground interference suppressionmechanical engineeringunmanned aerial vehiclesaerospace engineering

High Resolution Spatially Extended 1D Laser Scattering Diagnostics Using Volume Bragg Grating Notch Filters. Review of Scientific Instruments (2023)

J. BakJ. L. Suazo BetancourtA. RekhyA. AbbasszadehradR. B. MilesC. M. LimbachM. L. R. Walker

materials scienceanalytical instrumentationoptical engineeringlaser scienceinstrumentation engineeringnotch filtersinstrument scienceinstrumentationphotonics

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10 / page

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applied physics

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Zhili Zhang

Institution

University of Tennessee

applied physics

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Brian Thurow

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fluid flow

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Waruna Kulatilaka

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laser-plasma interaction

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Sergey Leonov

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plasma combustion

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Stanislav Gordeyev

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Hirotaka Sakaue

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