The precise interaction mechanisms between body-centered cubic Fe and the unavoidable
interstitial O atom are critical to understanding oxidation resistance. Even though the Fe–O …

This paper presents the effect of nozzle assembly design on the performance of a partial
combustion unit (PCU) using the scale-adaptive simulation (SAS) and non-intrusive laser …

This paper presents the computational fluid dynamics (CFD) simulation of a gas turbine
combustor with methane-air fuel at atmospheric pressure. The velocity fields, temperature …

This paper presents a scale-adaptive simulation (SAS) of a partial combustion lance (PCL)
aiming to evaluate the influence of thermal insulation on the performance of syngas …

Waste disposal is a core issue worldwide. Different researches are being carried out in order
to handle waste materials, generated in industrial production and application processes, eg …

In modern gas turbines for power generation and future aircraft engines, the necessity to
reduce NOx emissions led to the implementation of a premixed combustion technology …

This paper presents a Computational Fluid Dynamics (CFD) study of a natural gas
combustion burner focusing on the effect of combustion, thermal radiation and turbulence …

The effect of nozzle diameter on spray characteristics including spray penetrations, core
angle (far field) and Sauter mean diameter (SMD) were investigated in a constant volume …

The heating fluid used in a liquid fuel (kerosene) pressure burner is pressurized by a
handheld plunger pump. This depletes overtime and causes a rich mixture to be burnt by the …

Energy and environment are global issues worldwide. Disposal of waste, especially in the
solid form, has been identified as a major problem around the globe. Solid waste is …