The present review covers the heat transfer literature published in 2004 in English
language, including some translations of foreign language papers. Though extensive, some …

Every year, there are million tons of bottom ash waste in piles and ponds adjoining the
power stations threatening the health and safety of our life. In many countries, bottom ash …

A numerical and experimental investigation of a burner operating in MILD combustion
regime and fed with methane and methane-hydrogen mixtures (with hydrogen content up to …

Although many detailed chemical reaction mechanisms, skeletal mechanisms and reduced
mechanisms are available in the literature to modeling the natural gas, they are …

Ammonia has attracted extensive attention in the direct combustion applications due to its
carbon–neutral properties. In this study, the numerical simulations of NH 3/H 2/air one …

In this paper, the effect of inlet air swirl number of a Methane-Air Diffusion Flame on dynamic
flow behavior, temperature, and radiation heat flux distribution was investigated using …

In the present study, mild flame or “flameless” combustion of methane, hydrogen and
methane/hydrogen blended fuels in a furnace having internal recirculation of product gas …

Thermal radiation is the most dominant type of heat transfer inside the combustion chamber,
which can directly affect the temperature distributions at the combustor walls. This paper …

Since natural gas fuel boilers are environmentally friendly and efficient, they are widely used
in heating systems today. Improvements are continuing in the combustion efficiency and …

This research proposes an H-class micro-mixing gas turbine combustor prototype with a
thermal power of 1.15 MW, which employs 40 exterior jet-in-crossflow micro-mixing nozzles …