Modeling of Metal Particle Combustion : Detailed Numerical Studies of Micron-sized Iron and Aluminum Particles
Metal fuels can be promising candidates as alternative energy sources and renewable energy carriers within the metal-fuel cycle. They feature high energy density, low environmental impact, and broad production and application. One challenge in metal particle combustion lies in its multi-physics complexity compared to traditional hydrocarbon fuels. This thesis intends to investigate the combustion
