Fluid-structure interaction (FSI) is a very common physical phenomenon which extensively
exists in nature, human daily life and many engineering applications. The lattice Boltzmann …

The tremendous increase in energy demand due to increased population and rapid
economics results in an increased level of atmospheric pollutants and global warming. The …

Lean premixed combustion using swirl flame stabilisation is widespread amongst gas
turbine manufacturers. The use of swirl mixing and flame stabilisation is also prevalent in …

Oxy-fuel combustion is considered as one of the most promising technologies for carbon
capture and storage (CCS). In this study, a commercial computational fluid dynamics (CFD) …

Numerical studies of pulverized coal swirl combustion in oxy-fuel atmosphere are carried
out. Thereby two issues are especially addressed:(1) how LES and RANS impact differently …

High-fidelity modeling provides a useful approach to investigate the particle dispersion and
deposition mechanism in pulverized coal combustion. To be able to analyze these detailed …

In the case of turbine combustors operating with liquid fuel the combustion process is
governed by the liquid fuel atomization and its dispersion in the combustion chamber. By …

In this paper, a computational fluid dynamics model has been established and a three-
dimensional numerical simulation of the flow characteristics of airflow in a vortex spinning …

The synchronization process between the fuel-feeding excitation (ff) and the local
equivalence ratio (ϕ local) is a key issue that has not been well studied numerically under …

Large scale coherent structures play an important role in the behavior of the combustion
regime inside any type of combustor stabilized by swirl, with special impact on factors such …