Water scarcity and environmental impacts of blowdown within steam power plants are
among the important growing concerns. In order to solve these problems, applying a zero …

In this study, a thermal-diffusive model using a sinusoidal function for the oscillation term is
presented. The model is employed to evaluate the pulsating behavior in a premixed …

Water scarcity and environmental impacts of the steam power plants blow down, is one of
the growing concerns. During the evaporation of water in the steam cycle of the power plant …

In this study, the transient behavior of a counter-flow non-premixed combustion of dry
biomass particles under thermal radiation was modeled analytically. Unsteady conservation …

This research investigates the techno-economic assessment of a hybrid grid system of solar
and wind power for a residual urban area in Khvaf town located in the eastern part of Iran …

This study establishes a numerical model for dust flow and dust cloud explosion, elucidating
the mechanisms underlying HMX dust cloud explosions and the variations in explosion …

Due to important advantageous of non-premixed flames such as controllability and safety, a
proper investigation can be highly beneficial for application of these flames in medical and …

Owing to their safety, stability and controllability, diffusion flames have found extensive
applications in medicine and power generation. Regarding the significance of recirculation …

This research investigates the transient flame propagation and oscillation phenomenon in
the flame speed of porous biochar dust cloud. Time-dependent mass, momentum and …

Due to perspective of biomass usage as a viable source of energy, this paper suggests a
potential theoretical approach for studying multiregion nonadiabatic premixed flames with …