A modelling study of acetylene oxidation and pyrolysis
N Slavinskaya, A Mirzayeva, R Whitside, JH Starke… - Combustion and …, 2019 - Elsevier
This study initiates the gradual upgrade of the DLR reaction database The upgrade plan has
two main steps: an optimisation of the C 1–C 4 oxidation chemistry and a revision of the …
two main steps: an optimisation of the C 1–C 4 oxidation chemistry and a revision of the …
[HTML][HTML] An evolutionary, data-driven approach for mechanism optimization: theory and application to ammonia combustion
In this work, we propose a novel data-driven approach for detailed kinetic mechanisms
optimization. The approach is founded on a curve matching-based objective function and …
optimization. The approach is founded on a curve matching-based objective function and …
Mixture rules and falloff are now major uncertainties in experimentally derived rate parameters for H+ O2 (+ M)↔ HO2 (+ M)
Rate constants for the title reaction for different bath gas species, M, are essential to
accurate combustion predictions. Most experimental studies of the title reaction assume the …
accurate combustion predictions. Most experimental studies of the title reaction assume the …
A joint hydrogen and syngas chemical kinetic model optimized by particle swarm optimization
H Wang, C Sun, O Haidn, A Aliya, C Manfletti… - Fuel, 2023 - Elsevier
In this work, we propose a novel data-driven framework for detailed kinetic mechanisms
optimization applying the heuristic algorithm, namely canonic Particle Swarm Optimization …
optimization applying the heuristic algorithm, namely canonic Particle Swarm Optimization …
Efficient numerical methods for the optimisation of large kinetic reaction mechanisms
Optimisation of detailed combustion mechanisms means that the corresponding kinetic
model is fitted to experimental data via optimising their important rate and thermodynamic …
model is fitted to experimental data via optimising their important rate and thermodynamic …
A comprehensive kinetic modeling study of ethylene combustion with data uncertainty analysis
H Wang, N Slavinskaya, A Kanz, M Auyelkhankyzy… - Fuel, 2021 - Elsevier
A revision and upgrade of the ethylene (C 2 H 4) oxidation kinetic sub-mechanism were
carried as a next step in the optimization of the C< 3 chemistry, which is a base for the …
carried as a next step in the optimization of the C< 3 chemistry, which is a base for the …
A comprehensive kinetic modeling study of hydrogen combustion with uncertainty quantification
H Wang, N Slavinskaya, O Haidn - Fuel, 2022 - Elsevier
A 19-reactions H 2 oxidation chemical kinetic model has been optimized with uncertainty
quantification. The uncertainties of the reaction rate constant (RRC) parameters have been …
quantification. The uncertainties of the reaction rate constant (RRC) parameters have been …
Iterative model-based experimental design for efficient uncertainty minimization of chemical mechanisms
The uncertainties of chemical kinetic model parameters induce uncertainties in model
predictions. Automatic optimization and uncertainty minimization techniques have been …
predictions. Automatic optimization and uncertainty minimization techniques have been …
Estimation of third body efficiencies from experimental data: Application to hydrogen combustion
In this work, the role of H 2 O and CO 2 as diluents is investigated, in operating conditions
relevant to MILD combustion of hydrogen. Through virtual species analysis, the role of third …
relevant to MILD combustion of hydrogen. Through virtual species analysis, the role of third …
[HTML][HTML] Measurements of the laminar flame speed of premixed, hydrogen-air-argon stagnation flames
As the foundation for detailed hierarchical combustion chemistry models, the accuracy of the
hydrogen oxidation mechanism is paramount to achieve truly predictive models. The recent …
hydrogen oxidation mechanism is paramount to achieve truly predictive models. The recent …