Faculty

Institution

Unit

Venue

Kenneth Yu

Professor

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Aerospace Engineering

Kenneth Yu is currently serving as an A. James Clark School Of Engineering Professor at University of Maryland, College Park.

Honors

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Experiences

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Education

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Kenneth Yu

University of Maryland, College Park

Professor

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aerospace engineering combustion aeronautics applied physics engineering aerospace technology fluid dynamics propulsion combustion engineering mechanical engineering aerodynamics combustion science thermal engineering fuel injection hypersonic speed engine research detonation phenomenon supersonic combustion fluid mechanics nanotechnology acoustical engineering automatic control active control aerospace propulsion astronautics fin-guided fuel injection detonation wave structure visualization combustion institute numerical simulations aircraft boundary layers robust optimization engineering acoustic energy engineering experimental analysis thermal protection combustion theory rectangular isolators detonation wave propagation experimental characterization systematic application flame-acoustic interaction engineering optimization polymer degradation combustion flame acta astronautica precision engineering control optimization wave propagation fire engineering interferometry stability analysis finite element methods polymer engineering polymer technology polymer stability meso level metallic nanomaterials metal nanoparticles in-cylinder flow space vehicles energy control turbulent flame high intensity colorless ultra low emissions combustion control cavity-actuated supersonic mixing steady-state analysis dual-mode combustor fin-guided injection fuel injection location supersonic mixing enhancement active combustion control reactive flow fluid transport

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Experimental Investigation of Low-Frequency Active Excitation in Scramjet Combustor Using a Micro-Pulse Detonation Engine. Aerospace (2024)

Keon-Hyeong LeeMin-Su KimJeong-Yeol ChoiKenneth H. Yu

aerospace propulsionmicro-pulse detonation engineexperimental investigationaerodynamicsmechanical engineeringaerospacelow-frequency active excitationcombustion engineeringcombustion scienceheat transferhypersonic speedactive controlengine researchsupersonic combustionchemical engineeringcombustion flameaerospace technologydetonation phenomenonthermal engineeringaerospace engineeringcombustionscramjet combustor

B2O3-Reinforced Ablative Materials With Superior and Comprehensive Ablation Resistance Used in Aerospace Propulsion Thermal Protection Systems. Polymer degradation and stability (2024)

MengFei GuoKaiXuan YuJiaPei YangPan ZhangYanChao ZhangDuanXu Zhu

aerospace propulsionmaterials sciencepolymer degradationmaterials engineeringpolymer stabilitypolymer engineeringthermal engineeringapplied physicsadvanced materialsthermal protectionpolymer technologyaerospace engineeringpolymer science

Experimental Dmd Analysis of Combustion Modes and Instabilities in a Scramjet Combustor. Aerospace Science and Technology (2024)

Min-Su KimBu-Kyeng SungKeon-Hyeong LeeSeung-Min JeongJeong-Yeol ChoiKenneth H. Yu

numerical simulationsfluid dynamicsexperimental analysiscombustion engineeringchemical kineticscombustion scienceheat transfercombustion theoryexperimental dmd analysisactive controlchemical engineeringmeso levelaerospace technologythermal engineeringcombustionscramjet combustorinternal combustion engineengineeringcombustion modessystems engineeringaircraft

Hollow Microsphere-Reinforced Ablative Materials for Thermal Protection Systems of Solid Rocket Motors. Acta astronautica (2024)

MengFei GuoPan ZhangKaiXuan YuJiaPei YangHuiWu WangYanchao ZhangJinFu DuDuanXu Zhu

thermal protection systemsmaterials sciencematerials engineeringastronauticsacta astronauticathermal engineeringapplied physicsthermal protectionsolid rocket motorsaerospace engineering

Numerical Study on the Combustion Characteristics and Performances of Single and Multi-Injectors in a Scramjet Combustor. Aerospace Science and Technology (2024)

Seung-Min JeongJae-Eun KimMin-Su KimBu-Kyeng SungJeong-Yeol ChoiKenneth H. Yu

numerical simulationscombustion characteristicsfluid dynamicsmechanical engineeringaerospacedronescombustion engineeringcombustion scienceheat transfernumerical studyin-cylinder flowengine researchsupersonic combustionaerospace technologyaerospace engineeringfuel injectioncombustionscramjet combustorsystems engineeringprecision engineeringaircraft

Regulating Scramjet Combustor Mode Transition Using Fuel Distribution Control. Proceedings of the Combustion Institute (2024)

Mithuun KanapathipillaiKenneth H. Yu

supersonic combustioncontrol systemscombustion engineeringcombustionenergy controlinternal combustion engineengineeringcombustion sciencecontrol optimizationcombustion theoryfuel distribution controlcombustion institutesystems engineeringregulationthermal engineeringaerospace engineeringturbulent flameautomatic control

Non-Intrusive Velocimetry in a Supersonic Reacting Flow Using Two-Point Focused Laser Differential Interferometry. AIAA SCITECH 2023 Forum (2023)

Andrew CeruzziMithuun KanapathipillaiKenneth H. YuChristopher P. Cadou

aerospace engineeringinterferometryfluid dynamicsfluid mechanicsnon-intrusive velocimetry

Detonation Wave-Refresh Jet Interaction in Unwrapped Rde Combustor. AIAA SCITECH 2022 Forum (2021)

Minwook ChangShikha RedhalJason R. BurrKenneth H. Yu

aerospace engineeringdetonation phenomenonunwrapped rde combustor

Dump Combustor Experiments of Mgb2 and Other Metal Microparticles. AIAA Propulsion and Energy 2020 Forum (2021)

Kyung-Hoon ShinMinwook ChangAshwani K. GuptaKenneth H. Yu

materials scienceaerospace engineeringdump combustor experimentscombustion

CORRECTION: Effect of Distributed Fuel Injection on Model Scramjet Combustor Performance. AIAA Propulsion and Energy 2020 Forum (2020)

Mithuun KanapathipillaiMinwook ChangAndrew YuCamilo AguileraKenneth Yu

combustionenergy engineeringengineeringaerospace engineeringfuel injection

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Kenneth Yu

Professor

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Aerospace Engineering

Kenneth Yu is currently serving as an A. James Clark School Of Engineering Professor at University of Maryland, College Park.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kenneth Yu

University of Maryland, College Park

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Experimental Investigation of Low-Frequency Active Excitation in Scramjet Combustor Using a Micro-Pulse Detonation Engine. Aerospace (2024)

Keon-Hyeong LeeMin-Su KimJeong-Yeol ChoiKenneth H. Yu

B2O3-Reinforced Ablative Materials With Superior and Comprehensive Ablation Resistance Used in Aerospace Propulsion Thermal Protection Systems. Polymer degradation and stability (2024)

MengFei GuoKaiXuan YuJiaPei YangPan ZhangYanChao ZhangDuanXu Zhu

Experimental Dmd Analysis of Combustion Modes and Instabilities in a Scramjet Combustor. Aerospace Science and Technology (2024)

Min-Su KimBu-Kyeng SungKeon-Hyeong LeeSeung-Min JeongJeong-Yeol ChoiKenneth H. Yu

Hollow Microsphere-Reinforced Ablative Materials for Thermal Protection Systems of Solid Rocket Motors. Acta astronautica (2024)

MengFei GuoPan ZhangKaiXuan YuJiaPei YangHuiWu WangYanchao ZhangJinFu DuDuanXu Zhu

thermal protection systemsmaterials sciencematerials engineeringastronauticsacta astronauticathermal engineeringapplied physicsthermal protectionsolid rocket motorsaerospace engineering

Numerical Study on the Combustion Characteristics and Performances of Single and Multi-Injectors in a Scramjet Combustor. Aerospace Science and Technology (2024)

Seung-Min JeongJae-Eun KimMin-Su KimBu-Kyeng SungJeong-Yeol ChoiKenneth H. Yu

Regulating Scramjet Combustor Mode Transition Using Fuel Distribution Control. Proceedings of the Combustion Institute (2024)

Mithuun KanapathipillaiKenneth H. Yu

Non-Intrusive Velocimetry in a Supersonic Reacting Flow Using Two-Point Focused Laser Differential Interferometry. AIAA SCITECH 2023 Forum (2023)

Andrew CeruzziMithuun KanapathipillaiKenneth H. YuChristopher P. Cadou

aerospace engineeringinterferometryfluid dynamicsfluid mechanicsnon-intrusive velocimetry

Detonation Wave-Refresh Jet Interaction in Unwrapped Rde Combustor. AIAA SCITECH 2022 Forum (2021)

Minwook ChangShikha RedhalJason R. BurrKenneth H. Yu

aerospace engineeringdetonation phenomenonunwrapped rde combustor

Dump Combustor Experiments of Mgb2 and Other Metal Microparticles. AIAA Propulsion and Energy 2020 Forum (2021)

Kyung-Hoon ShinMinwook ChangAshwani K. GuptaKenneth H. Yu

materials scienceaerospace engineeringdump combustor experimentscombustion

CORRECTION: Effect of Distributed Fuel Injection on Model Scramjet Combustor Performance. AIAA Propulsion and Energy 2020 Forum (2020)

Mithuun KanapathipillaiMinwook ChangAndrew YuCamilo AguileraKenneth Yu

combustionenergy engineeringengineeringaerospace engineeringfuel injection

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Similar Faculty Members

Stuart J. Laurence

Institution

University of Maryland, College Park

fluid flow

aerospace

Ann Karagozian

Institution

University of California, Los Angeles

combustion

alternative fuels

Ryan W. Houim

Institution

University of Florida

fluid flow

supersonic combustion

Corin Segal

Institution

University of Florida

fluid diagnostics

combustion

Andrew D. Cutler

Institution

George Washington University

raman spectroscopy

laser

Foluso Ladeinde

Institution

Stony Brook University

fluid flow

supersonic combustion

Sergey Leonov

Institution

University of Notre Dame

plasma combustion

supersonic combustion

Ahsan Choudhuri

Institution

University of Texas at El Paso

manufactured materials

advanced manufacturing

James Braun

Institution

North Carolina State University

aerospace

aerospace propulsion

Kareem Ahmed

Institution

University of Central Florida

aerospace

supersonic combustion