How can I determine the governing equations for these processes, and what bibliography would you recommend for identifying the most accessible simulation solutions to address how the additional transport terms for chemical species and heat generation influence the general form of the Navier-Stokes equations in turbulent combustion, as well as the numerical methods best suited to capture the interactions between reaction chemistry and fluid dynamics?
Does anyone have some sources and can share them for a scientific collaboration/ simulation in Ansys?
To determine the governing equations and simulation solutions for turbulent combustion processes involving chemical species transport and heat generation, you can follow these steps and consult key resources:
Steps to Identify Governing Equations:
Bibliography for Governing Equations and Simulation Solutions:
Foundational Texts:
Papers and Journals:
Determining the governing equations for turbulent combustion and the influence of chemical species and heat generation on the Navier-Stokes equations involves studying:
Recommended Bibliography:
Numerical Methods to Explore:
- Finite Volume Method (FVM): Most common in CFD for solving coupled fluid dynamics and reaction chemistry.
- Spectral Methods: High accuracy for specific turbulence-chemistry interaction studies.
- Adaptive Mesh Refinement (AMR): Efficient for resolving steep gradients in reactive flows.
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- Science method