In the present study, numerical analysis on the effect of steam dilution and high pressure on
liquid fuel swirl combustion is carried out using a turbulent non-premixed combustion model …

An experimental and numerical model to determine the exergy balance based on flow
availability and availability transfer in the process of liquefied petroleum gas (LPG)/air …

The purpose of the present study is to investigate the effects of radiative heat transfer,
atomization air temperature and mass flowrate, and fuel initial temperature on liquid diesel …

The objective of present paper is to assess the influence of different chemical mechanisms
on nonpremixed combustion of kerosene liquid fuel in a gas turbine model combustor …

This study aims to investigate the characteristics of ash accumulation and slagging in boilers
during low-and medium-load operation and to analyse the migration pattern of alkali metals …

Hydrogen blending of pulverized coal in boilers is a promising technology. However, there
are few studies on hydrogen blending in coal-fired boilers. In order to reduce CO2 emissions …

ABSTRACT A comprehensive CFD model is developed to predict soot for a turbulent
kerosene-air diffusion flame. The method of moments (MOM) soot model has better …

This paper presents a methodology for predictive and prescriptive analytics of a gas turbine.
The methodology is based on a combination of physics-based and data-driven modeling …

The basic national condition that is dominated by coal will not alter in the foreseeable future.
Coal-fired boiler is the main equipment for coal utilization, and cyclone burner is a practical …

Computational modeling using the high-viscosity laminar flow approach was applied to
study the effect of slab crossing time on slab heating and scale growth. Simulation of an …