Theme issue on turbulent combustion

D. Roekaerts

DOI: 10.57651/b136.1

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Flame regime identification in LES for technically relevant combustion systems

C. Hasse, S. Popp and S. Hartl

DOI: 10.57651/b136.2

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Probability density function and filtered reaction source term in turbulent premixed flames

M. Pfitzner, N. Chakraborty and M. Klein

DOI: 10.57651/b136.3

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The influence of hydrogen addition on carbon monoxide formation in methane–air combustion

J. C. Massey, A. D. Kumar and N. Swaminathan

DOI: 10.57651/b136.4

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Recent advancements in understanding and modelling of intrinsically unstable hydrogen-air premixed flames

P.E. Lapenna, M. Gauding, L. Berger, S. Al Kassar, A. Attili, G. Troiani, A. Remiddi, F. Creta and H. Pitsch

DOI: 10.57651/b136.5

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Combined effect of strain and water injection in premixed hydrogen flamelets

B. Cassese, A. Porcarelli and I. Langella

DOI: 10.57651/b136.6

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High-pressure direct injection of hydrogen in Argon Power Cycle: experiments and numerical modelling

J. van Oijen, A. Ballatore, N. Diepstraten, D. Quan Reyes, M. Peters, N. Dam and N. Maes

DOI: 10.57651/b136.7

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Assessment of advanced computational methods for high- fidelity combustion simulations

A. Surapaneni, A. Both, G. Houzeaux and D. Mira

DOI: 10.57651/b136.8

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Accelerated high-fidelity turbulent combustion simulations using low-dimensional manifolds and machine learning

H. G. Im, F. E. Hernández-Pérez, R. Malpica Galassi, P. P. Ciottoli, and M. Valorani

DOI: 10.57651/b136.9

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Handling complex chemistry with machine learning in turbulent flame simulation

L. Vervisch and P. Domingo

DOI: 10.57651/b136.10

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Accelerating reacting-flow simulations with data-driven adaptive chemistry approaches

A. Parente and A. Cuoci

DOI: 10.57651/b136.11

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Electromagnetic interactions and nanotechnologies for the control of reacting flows

A. Giusti

DOI: 10.57651/b136.12

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