Porous materials have been extensively used in various engineering applications, due to
their promising thermal characteristics. Extensions of lean-burn limits as well as the low …

The research on domestic combustion cookstoves has focused on developing pollution-free
and energy-efficient cookstove technologies over the past few decades. Though the …

To overcome difficulties of complete evaporation and mixing of liquid fuel in limited resident
time and space, a self-evaporation meso-scale burner is proposed. Combustion …

In this paper, the design and development of a self-aspirating LPG cooking stove with two-
layer porous radiant burner (PRB) are presented. Following the guidelines prescribed in …

This study proposes a novel design of an atmospheric gas burner that introduces the
concept of heat recirculation combustion by means of porous media combustion technology …

Gas diffusion combustion in a plane-parallel packed bed filled with 2.5 mm alumina pellets
is experimentally and numerically investigated. Special attention is focused on the influence …

In the present research, thermal efficiency and the amount of pollutant emissions of a
metallic porous burner with a heat exchanger were investigated experimentally. A very …

Experimental studies are conducted to investigate the behaviors of pre-evaporation pulse
combustion of liquid fuel within a porous medium burner. A controllable electric preheating …

A self-sustained porous burner without a sprayed atomizer was built for diesel oil. It
consisted of metal fiber felt as an evaporator upstream and ceramic foam as an emitter …

In the present work, the effect of porosity and loading height on the performance of the
domestic gas burners, using LPG as fuel, is studied extensively through experimentation …