Axial-Tangential Swirl Burner Design & Simulation

I'm seeking an experienced professional to design and develop an axial plus tangential swirl burner using Fusion 360, and simulate its performance in ANSYS 2024R1. The project aims to analyze the swirl-induced effects on hydrogen-methane combustion, focusing on several key parameters:
- Temperature distribution
- Velocity profiles
- Pressure drop
- Flame stability
- Emissions

The ideal candidate should have a strong background in combustion engineering and fluid dynamics, with proficiency in Fusion 360 and ANSYS. Experience with advanced combustion phenomena, particularly precessing vortex core (PVC) and vortex breakdown, will be highly advantageous as we aim to highlight hydrogen's potential in sustainable energy. The ultimate goal is to optimize the burner design for efficiency and minimize the environmental impact.

The project involves:
- A critical analysis of the burner design via simulations
- An examination of emissions, with a particular focus on NOx and CO2 emissions
- A detailed study of vortex breakdown and other swirl effects

Your expertise will be pivotal in designing a burner that not only meets performance expectations but also contributes to a more sustainable future.