In this study, the replacement of hydrogen with ammonia in a laboratory Moderate or Intense
Low-Oxygen Dilution (MILD) burner is being investigated by incorporating air swirling to …

In this paper, the importance of molecular diffusion versus turbulent transport in the
moderate or intense low-oxygen dilution (Mild) combustion mode has been numerically …

Energy crises and the preservation of the global environment are placed man in a dilemma.
To deal with these problems, finding new sources of fuel and developing efficient and …

The non-Newtonian effects in the flow of non-Newtonian fluids that can be modelled with
generalised Newtonian constitutive equations are investigated using a numerical scheme …

In this work, an Eulerian/Lagrangian approach has been employed to investigate
numerically flow characteristics, heat transfer and combustion processes in a tangentially …

Discussions are given of the different momentum interpolation methods to evaluate the
interface velocity in the collocated grid system. It is pointed out that the interface velocity is …

Momentum-weighted interpolation (MWI) is a widely used discretisation method to prevent
pressure–velocity decoupling in simulations of incompressible and low Mach number flows …

Reduction of air pollutants formation from hydrocarbon combustion process requires
improvements in combustion systems. The moderate and intense low oxygen dilution (MILD) …

The momentum interpolation method (MIM) and its various modi® ed versions for
nonstaggered grids are now being widely used in the computational uid dynamic/numerical …

A model has been developed to simulate deposit growth under slagging conditions. The
model was coupled with a comprehensive combustion code to predict the flow field, the …