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Numerical Investigations of Combustion
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This Special Issue will highlight the latest advances in numerical modeling of combustion-related applications. With the recent advancements in computational capacities and the widespread use of simulations in engineering problems, numerical methods are becoming increasingly important to improve existing models and develop new models that can help researchers to better understand the underlying mechanisms of combustion, their interaction with other physical phenomena, such as turbulence, and their impacts on the performance of related applications at both fundamental and practical levels.
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Keywords
- agent quantity
- artificial neural network
- biogas
- closed spherical bomb
- closed vessel combustion
- combustion
- combustion process
- complex geometry
- computational fluid dynamic (CFD)
- computational fluid dynamics
- computational simulations
- correlation
- detailed chemistry schemes
- discharge rate
- discrete droplet method
- emission
- Estimator
- flame acceleration
- flame instabilities
- flame propagation
- flash boiling
- fuel surrogates
- gas fire suppression
- gasoline direct injection
- heat-loss modeling
- History of engineering & technology
- Hydrogen
- incipient stage
- inert gas agents
- jet-and-recirculation stabilized combustion
- laminar burning velocity (LBV)
- laminar flame speed
- low-calorific combustion
- Machine learning
- Methane
- micro-combustion
- microcombustion
- multiple injection
- n/a
- N2O
- Natural gas
- numerical CFD analysis
- Numerical Simulation
- Numerical simulations
- numerical study
- obstructed channels
- OH* measurements
- premixed combustion
- RANS modeling
- reactivity model
- repetitive extinction and ignition (FREI)
- soot concentration
- soot emissions
- Spray G
- Syngas
- syngas fuel
- synthetic jet fuels
- Technology, engineering, agriculture
- Technology: general issues
- thermal expansion
- turbine engines
- two-stroke engine
- ventilation rate
Links
DOI: 10.3390/books978-3-0365-4684-1Editions