Developed a Physical Model for a Fluid Dynamics Modeling Software

Computational Fluid Dynamics (CFD) software comprises both physical and mathematical models to simulate fluid dynamics phenomena. Physical models describe the real-world behavior of fluids and mathematical models provide the numerical framework for solving the fluid dynamics equations.
A commercial-grade CFD software consists of hundreds of subroutines, each containing thousands of lines of code. I developed a physical model that fill the gap between a detailed yet expensive model and quicker but less accurate model. The model was then integrated into a CPU-parallel CFD software. I won't dive into the technical nitty-gritty, but basically, the model mimics combustion kinetics of real fuels with a simple chemical kinetics mechanism. This approach offers enhanced insights into actual fuel combustion with minimal computational overhead.