Publications
Peer-reviewed research behind the method, the models, and the schemes.
Behind every virtual scheme is a chain of published work: the formulation of the method, the optimization strategy and the comparison to reference flame data that define where each mechanism can be trusted.
This bibliography is synchronized from HAL and updated with the lab’s research output. Each scheme page points directly to the publications most relevant to that mechanism.
Last updated: 2026-07-20
2026
- A generalised virtual chemistry formalism with standardised thermodynamics, kinetics and complex transport properties
2025
- A virtual chemistry framework compatible with thermodynamic and kinetic standards
2023
- A turbulent combustion model for soot formation at the LES subgrid-scale using virtual chemistry approach
2022
- A virtual chemistry model for soot prediction in flames including radiative heat transfer
- Development of a virtual kinetics chemistry for prediction of ignition delay time
2021
- Capturing multi-regime combustion in turbulent flames with a virtual chemistry approach
2020
- A virtual chemical mechanism for prediction of NO emissions from flames
2019
- Virtual chemistry for temperature and CO prediction in LES of non-adiabatic turbulent flames
2017
- Building-up virtual optimized mechanism for flame modeling