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 …

The current research aims to implement a reliable analytical model in order to scrutinize the
transient behavior of a counter-flow non-premixed combustion system fueled by wet porous …

Biomass fuels have pivotal role in power generation decarbonization pathways due to zero-
CO 2 emission. In this paper, a biomass-fueled combustor integrated with a multi-generation …

Thermo photovoltaic (TPV) power generation systems have attracted a great deal of
attention in the field of portable electronic devices. The high and uniform temperature of TPV …

Under unprecedented environmental crisis associated with greenhouse gas emission,
biomass has attracted a great deal of attention due to renewable and carbon neutral nature …

In this research, a comprehensive mathematical analysis is conducted to evaluate the effects
of thermal radiation, porosity and thermophoresis on combustion characteristics of multi …

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 …

In this paper, an analytical study was conducted on two possible cases of dual-fuel
combustion systems operating in premixed mode in counter-flow configuration fueled …

Due to coal's vital role as a well-known fuel in electricity production worldwide, promising
prediction of the behavior of this fuel in different combustible systems can be an effective …

Natural and forced instabilities have a significant influence on the performance and
efficiency of biomass-fueled combustion systems, where oscillatory behaviors cannot be …