The current study examines the performance of two zero-dimensional (0D) aerodynamically-
induced breakup models, utilized for the prediction of droplet deformation during the …

Secondary atomization plays an important role in the operation of liquid injection systems
encountered in many engineering applications such as in oil burners and internal …

The present work examines numerically the breakup of water droplets exposed to gas flows
at Mach numbers Ma> 1, which resemble the ambient conditions encountered in the …

The present work examines the aerodynamic breakup of four liquid droplets in tandem
formation at Diesel engine conditions using the Volume of Fluid (VOF) method. The …

The present work examines numerically the aerodynamic breakup of a cluster of Diesel
droplets moving in parallel with respect to the gas flow. Two-and three-dimensional …

The current work investigates numerically the breakup of isolated droplets and droplet
clusters in representative engine conditions. A CFD model in the commercial software …

The present work examines numerically the aerodynamic breakup of a cluster of Diesel
droplets moving in parallel with respect to the gas flow. Two-and three-dimensional …