🔥 Non-premixed combustion relies heavily on accurate mixture fraction definitions to describe how fuel and oxidizer mix before reacting. Key properties such as boundedness and monotonicity ensure that the mixture fraction remains within physical limits and varies smoothly between fuel-rich and oxidizer-rich regions, enabling stable and realistic flame modeling.
⚗️ Stoichiometry preservation is equally critical, as it guarantees that the defined mixture fraction correctly identifies the stoichiometric surface where optimal combustion occurs. When this condition is met, numerical simulations can precisely capture reaction zones, heat release, and species formation, improving prediction reliability in complex turbulent flows.
📊 By studying and validating these properties, researchers enhance the physical consistency and robustness of combustion models. Such improvements support advanced simulations for industrial burners, gas turbines, and energy systems, contributing to cleaner combustion, improved efficiency, and reduced emissions 🌱🔥.
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