# A minimally-dissipative low-Mach number solver for complex reacting flows in OpenFOAM

@article{Hassanaly2017AML, title={A minimally-dissipative low-Mach number solver for complex reacting flows in OpenFOAM}, author={Malik Hassanaly and Heeseok Koo and Christopher F. Lietz and Shao Teng Chong and Venkat K. Raman}, journal={arXiv: Computational Physics}, year={2017} }

## 32 Citations

### On mass conservation and solvability of the discretized variable-density zero-Mach Navier-Stokes equations

- Computer ScienceJ. Comput. Phys.
- 2020

### Computational Modeling of Boundary Layer Flashback in a Swirling Stratified Flame Using a LES-Based Non-Adiabatic Tabulated Chemistry Approach

- Physics, EngineeringEntropy
- 2021

This work develops a comprehensive simulation approach to model boundary layer flashback, accounting for fuel–air stratification and wall heat loss, and shows that diffusion-flame-based tabulation methods are better suited due to the flashback occurring in relatively low-strain and lean fuel– air mixtures.

### A comprehensive modeling procedure for estimating statistical properties of forced ignition

- EngineeringCombustion and Flame
- 2019

### Large eddy simulation of pressure and dilution-jet effects on soot formation in a model aircraft swirl combustor

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- 2018

### Numerical simulation of a methane-oxygen rotating detonation rocket engine

- Engineering, Physics
- 2020

### Numerical simulations of turbulent thermal convection with a free-slip upper boundary

- Physics, Environmental ScienceProceedings of the Royal Society A
- 2019

In this paper, we report on direct numerical and large-eddy simulations of turbulent thermal convection without invoking the Oberbeck–Boussinesq approximation. The working medium is liquid water and…

### A Semi-Automatic Approach Based on the Method of Manufactured Solutions to Assess the Convergence Order in OpenFOAM

- Computer ScienceOpenFOAM® Journal
- 2022

This work presents the procedure of MMS as well as a tool developed in an open-source software for symbolic computation of the forcing term, appropriate boundary conditions and error norm computation withing the OpenFOAM® framework.

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