Faculty

Institution

Unit

Venue

Moshe Matalon

Caterpillar Distinguished Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and Engineering

Mechanical Science & Engineering

Moshe Matalon is currently serving as a Mechanical Science And Engineering Caterpillar Distinguished Professor at Uiuc.

Honors

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Experiences

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Education

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Moshe Matalon

UIUC

Caterpillar Distinguished Professor

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combustion combustion flame combustion science laminar flame fluid dynamics turbulent flame premixed turbulent flame combustion theory fluid mechanics thermodynamics engineering heat mass transfer applied mathematics heat transfer fluid flow heterogeneous combustion physics diffusion chemical kinetics fire technology nonlinear phenomena transport phenomena applied physics combustion engineering computational fluid dynamics flame propagation nonlinear science thermal engineering numerical simulations droplet combustion premixed flames diffusion flames thermal expansion fluid science shock waves edge flames edge flame turbulent flow heat transfer fire safety nonlinear dynamics combustion institute bifurcation theory fire dynamics nonlinear analysis fire chemistry planar flames nonlinear development turbulent flame speed turbulence modeling vortex dynamics premixed flame propagation tulip flame growth rate planar conformation lewis numbers pole solutions nonlinear pde geologic time scale hydrogen combustion fire safety science oscillation theory thermal management boundary layers convective heat transfer vortex induced vibration gas discharge plasma mixed convection natural convection supercritical flows kinetics (physics) continuum mechanics nonlinear elasticity hydrodynamic stability thin film dynamics gas-liquid flow

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Numerical Method for the Multidimensional Hydrodynamic Model of Flames Propagating in Closed Vessels. Combustion and Flame (2025)

Gautham KrishnanCarlos PantanoMoshe Matalon

closed vesselscombustion flamefire technologyengineeringnumerical analysisfluid dynamicsfluid flowturbulent flamecomputational fluid dynamicsnumerical methodcombustion sciencefluid mechanicsmultiphysics problemscombustionlaminar flameapplied mathematicsmultidimensional hydrodynamic model

Flame Propagation Through a Non-Ideal Gas. Combustion and Flame (2025)

John K. BechtoldMoshe Matalon

combustion flametransport phenomenafire technologypremixed turbulent flameturbulent flamecombustion scienceheat mass transferheat transfercombustionthermodynamicsflame propagationlaminar flame

Hydrodynamically Unstable Premixed Flames in Gravitational Fields: Effect of Gas Expansion. Combustion and Flame (2025)

Kaname MatsueMoshe Matalon

combustion flameunstable premixed flamespremixed turbulent flamefluid dynamicsgravitygravitational fieldsgas expansionfluid mechanicscombustion instituteshock waveslaminar flameplanetary sciences

Hydrodynamic Theory of Premixed Flames Propagating in Closed Vessels: Flame Speed and Markstein Lengths. Journal of Fluid Mechanics (2024)

John K. BechtoldGautham KrishnanMoshe Matalon

combustion flamepremixed turbulent flamepremixed flame propagationengineeringfluid dynamicsfluid flowmechanical engineeringturbulent flamecomputational fluid dynamicscombustion theorycombustion sciencefluid mechanicscombustionfluid sciencecombustion processhydrodynamic theorylaminar flame

Intrinsic Characteristics of Asymmetric Edge Flames: Effects of Stoichiometry on Edge Speed and Temperature. Proceedings of the Combustion Institute (2024)

Zhanbin LuMoshe Matalon

combustion flameintrinsic characteristicsengineeringasymmetric edge flamesmechanical engineeringturbulent flamecombustion theorycombustion scienceedge speedheat transfercombustionthermodynamicsapplied physicslaminar flame

Anchored and Lifted Diffusion Flames Supported by Symmetric and Asymmetric Edge Flames. Symmetry (2023)

Zhanbin LuMoshe Matalon

combustion flameedge flamespremixed turbulent flameengineeringfluid dynamicscombustion theorycombustion sciencefluid mechanicslifted flamesdiffusion flamecombustionthermodynamicslaminar flame

Dynamics of Hydrodynamically Unstable Premixed Flames in a Gravitational Field – Local and Global Bifurcation Structures. Combustion Theory and Modelling (2023)

Kaname MatsueMoshe Matalon

nonlinear phenomenacombustion flameglobal bifurcation structurenonlinear sciencepremixed turbulent flamelarger amplitudesfluid dynamicsdownward propagationwave nonlinearitybifurcation theorycombustion theorycombustion sciencefluid mechanicscombustionturbulent flameapplied mathematics

Isolating Effects of Darrieus–Landau Instability on the Morphology and Propagation of Turbulent Premixed Flames. Journal of Fluid Mechanics (2022)

Advitya PatyalMoshe Matalon

combustion flamepremixed turbulent flamerobust modelfluid flowfluid dynamicscombustion sciencefluid mechanicscombustionturbulent premixed flamesturbulent flame

Numerical Methodology for Spontaneous Wrinkling of Centrally Ignited Premixed Flames – Linear Theory. Combustion Theory and Modelling (2021)

Shikhar MohanMoshe Matalon

combustion flamepremixed turbulent flamecircular flamesphysicsfluid dynamicsturbulent flamecomputational fluid dynamicscombustion theorycombustion sciencefluid mechanicsnumerical methodologycombustionhydrodynamic instabilitylaminar flameapplied mathematics

Outwardly Growing Premixed Flames in Turbulent Media. Combustion and Flame (2021)

Shikhar MohanMoshe Matalon

combustion flamepremixed turbulent flamefluid dynamicsturbulent flamecombustionturbulent medialaminar flame

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Moshe Matalon

Caterpillar Distinguished Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and Engineering

Mechanical Science & Engineering

Moshe Matalon is currently serving as a Mechanical Science And Engineering Caterpillar Distinguished Professor 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

Moshe Matalon

UIUC

Caterpillar Distinguished Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Numerical Method for the Multidimensional Hydrodynamic Model of Flames Propagating in Closed Vessels. Combustion and Flame (2025)

Gautham KrishnanCarlos PantanoMoshe Matalon

Flame Propagation Through a Non-Ideal Gas. Combustion and Flame (2025)

John K. BechtoldMoshe Matalon

combustion flametransport phenomenafire technologypremixed turbulent flameturbulent flamecombustion scienceheat mass transferheat transfercombustionthermodynamicsflame propagationlaminar flame

Hydrodynamically Unstable Premixed Flames in Gravitational Fields: Effect of Gas Expansion. Combustion and Flame (2025)

Kaname MatsueMoshe Matalon

combustion flameunstable premixed flamespremixed turbulent flamefluid dynamicsgravitygravitational fieldsgas expansionfluid mechanicscombustion instituteshock waveslaminar flameplanetary sciences

Hydrodynamic Theory of Premixed Flames Propagating in Closed Vessels: Flame Speed and Markstein Lengths. Journal of Fluid Mechanics (2024)

John K. BechtoldGautham KrishnanMoshe Matalon

Intrinsic Characteristics of Asymmetric Edge Flames: Effects of Stoichiometry on Edge Speed and Temperature. Proceedings of the Combustion Institute (2024)

Zhanbin LuMoshe Matalon

Anchored and Lifted Diffusion Flames Supported by Symmetric and Asymmetric Edge Flames. Symmetry (2023)

Zhanbin LuMoshe Matalon

combustion flameedge flamespremixed turbulent flameengineeringfluid dynamicscombustion theorycombustion sciencefluid mechanicslifted flamesdiffusion flamecombustionthermodynamicslaminar flame

Dynamics of Hydrodynamically Unstable Premixed Flames in a Gravitational Field – Local and Global Bifurcation Structures. Combustion Theory and Modelling (2023)

Kaname MatsueMoshe Matalon

Isolating Effects of Darrieus–Landau Instability on the Morphology and Propagation of Turbulent Premixed Flames. Journal of Fluid Mechanics (2022)

Advitya PatyalMoshe Matalon

combustion flamepremixed turbulent flamerobust modelfluid flowfluid dynamicscombustion sciencefluid mechanicscombustionturbulent premixed flamesturbulent flame

Numerical Methodology for Spontaneous Wrinkling of Centrally Ignited Premixed Flames – Linear Theory. Combustion Theory and Modelling (2021)

Shikhar MohanMoshe Matalon

Outwardly Growing Premixed Flames in Turbulent Media. Combustion and Flame (2021)

Shikhar MohanMoshe Matalon

combustion flamepremixed turbulent flamefluid dynamicsturbulent flamecombustionturbulent medialaminar flame

1
2
3
4
5
21
10 / page