A novel in-house computation code based on large eddy simulations (LES) incorporating
fully coupled subgrid-scale (SGS) turbulence, combustion, soot and radiation models for …

In fire simulations, it is essential to include detailed chemical kinetics for the description of
the combustion process where intermediate chemical products are formed through a series …

This paper presents a computational study to evaluate the influence of turbulence and
combustion models as well as chemistry schemes on the combustion of a 8–11 kW small lab …

A novel process for producing hydrogen from raw coke oven gas (RCOG), via CO 2 sorption-
enhanced steam reforming (SESR) was proposed in this paper, and was compared with a …

In this paper, one-variable linear regression mathematical model of top of regenerator
temperature and flue temperature in machine side is built using the linear regress theory …

To guide the nozzle design for a novel oxy-fuel combustion facilitated pyrolysis technology,
oxy-fuel rich combustion of pyrolysis gas is investigated experimentally and numerically …

This review presents the recent advances in computational approaches to understand
thermochemical reactions of solid fuels with minimized empirical factors. It includes studies …

In order to solve the problem of hydrogen shortage in the popularization of hydrogen
metallurgy, the steam reforming of raw coke oven gas (raw COG) and its adaptability in …

Thermodynamic analysis and experiments of the steam reforming process of 1-
methylnaphthalene as the tar model compound from coke oven gas (COG) were performed …

In this article, the bifunctional NiO/CaO@ C12A7 catalysts having reforming catalytic effect
and CO2 adsorption effect were prepared with co‐precipitation method, and were used in …