Numerical study of synthetic spherically expanding flames for optimization of laminar flame speed experiments¶
Zhang, Y., Coronel, S. A., & Mével, R. (2022). Numerical study of synthetic spherically expanding flames for optimization of laminar flame speed experiments. Fuel.
Cited by¶
1 citation across 1 artifact.
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Domain-specific¶
- Weak-Stretch Premixed-Flame Response
- Thiesset and colleagues show why even equal total stretch does not always collapse curvature and strain into one interchangeable speed correction.
This sourceInstitutional original-article abstract consulted at https://authors.library.caltech.edu/records/3b0sq-9dg56; the study uses synthetic data.
- Thiesset and colleagues show why even equal total stretch does not always collapse curvature and strain into one interchangeable speed correction.
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