Francesco CRETA

Associate Professor

Università degli Studi di Roma La Sapienza

Italy

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Francesco Creta is an Associate Professor at Università degli Studi di Roma La Sapienza, Italy. His research areas include flame dynamics and combustion phenomena, with a focus on intrinsically unstable flames, data-driven modeling, and the effects of thermodiffusive instabilities. Recent articles highlight his work on ammonia/hydrogen/air flames, turbulent pseudo-boiling in oxygen-methane flames, and modeling NO formation in hydrogen-enriched premixed flames.

Articles (20)

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2020

Collaborators (5)

Mauro VALORANI

Full Professor Aerospace Propulsion

Università degli Studi di Roma La Sapienza

ITALY

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Antonio Attili

Lecturer - Assistant Professor

University of Edinburgh

UNITED KINGDOM

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Riccardo Concetti

Bundeswehr University Munich

GERMANY

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H. Pitsch

GERMANY

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Dirk Geyer

Technische Universität Darmstadt

GERMANY

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Francesco CRETA

Research Interests

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About

Articles (20)

Data-driven modeling of the flame composition space of an intrinsically unstable lean premixed ammonia/hydrogen/air flame

Characterization of turbulent pseudo-boiling in transcritical and doubly-transcritical oxygen–methane flames

Scaling transition of turbulent flame speed for thermodiffusively unstable flames

Efficient and accurate calculation of dispersion relations for intrinsically unstable premixed flames

Intrinsic instability of lean hydrogen/ammonia premixed flames: Influence of Soret effect and pressure

A-posteriori analysis of a data-driven filtered wrinkled flamelet model for thermodiffusively unstable premixed flames

Data-driven modeling of resolved and filtered thermo-diffusively unstable hydrogen–air flames

Intrinsically unstable hydrogen-enriched premixed ammonia flames: Analysis and modeling of NO formation

Synergistic interplay of thermodiffusive instability and turbulence in premixed flames

On polyhedral structures of lean methane/hydrogen Bunsen flames: Combined experimental and numerical analysis

Flame fingers and interactions of hydrodynamic and thermodiffusive instabilities in laminar lean hydrogen flames

Efficient time-resolved thermal characterization of single and multi-injector rocket combustion chambers

Heat Transfer in Rocket Combustion Chambers Firing Plates: Role of Injector Confinement

Assessment of an algebraic equilibrium wall-function for supercritical flows

Data-driven subfilter modelling of thermo-diffusively unstable hydrogen–air premixed flames

Mitigation of Darrieus–Landau instability effects on turbulent premixed flames

Subgrid modeling of intrinsic instabilities in premixed flame propagation

The effect of pressure on the hydrodynamic stability limit of premixed flames

An efficient modeling framework for wall heat flux prediction in rocket combustion chambers using non adiabatic flamelets and wall-functions

Numerical Investigation of High Pressure CO2-Diluted Combustion Using a Flamelet-based Approach

Collaborators (5)

Mauro VALORANI

Antonio Attili

Riccardo Concetti

H. Pitsch

Dirk Geyer

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