Thermal Science

Combined effects of the effective thermal conductivity and ash deposit thickness on the results of numerical simulations

THERMAL SCIENCE, volume 29, No. 5, YEAR 2025

numerical simulation, pulverized coal, furnace, waterwall, effective thermal conductivity, wall variables, ash deposit thickness, wall flux

Influence of the temperature fluctuations on the flame temperature and radiative heat exchange inside a pulverized coal-fired furnace

THERMAL SCIENCE, volume 27, No. 6, YEAR 2023

furnace, pulverized coal, numerical investigation, turbulence radiation interaction, temperature fluctuation, flame temperature, wall flux

Possibilities of steam boiler process optimization in the TPP Ugljevik

THERMAL SCIENCE, volume 27, No. 1, YEAR 2023

steam boiler, furnace, calculation system, efficiency

Determination of the sootblower activation moment for biomass co-firing in a pulverized coal furnace

THERMAL SCIENCE, volume 27, No. 1, YEAR 2023

numerical investigation, furnace, ash deposit, Mean, Median, Mode, Standard deviation

Assessment of radiative heat transfer impact on a temperature distribution inside a real industrial swirled furnace

THERMAL SCIENCE, volume 24, No. 6, YEAR 2020

radiative heat transfer, Participating Media, furnace, Radiative Absorption, combustion

Review of the investigations of pulverized coal combustion processes in large power plants in laboratory for thermal engineering and energy: Part A

THERMAL SCIENCE, volume 23, Supplement 5, YEAR 2019

coal, pulverized coal, combustion, boiler, furnace, burner, slagging, modeling, technologies

Numerical tracking of sorbent particles and distribution during gas desulfurization in pulverized coal-fired furnace

THERMAL SCIENCE, volume 21, Supplement 3, YEAR 2017

model, two-phase reactive flow, turbulence, sorbent particles, furnace

Modeling and optimization of processes for clean and efficient pulverized coal combustion in utility boilers

THERMAL SCIENCE, volume 20, Supplement, YEAR 2016

modeling, pulverized coal combustion, furnace, NOx emission reduction, utility boiler efficiency

Influence of the gray gases number in the weighted sum of gray gases model on the radiative heat exchange calculation inside pulverized coal-fired furnaces

THERMAL SCIENCE, volume 20, Supplement, YEAR 2016

furnace, pulverized coal, simple gray gas model, weighted sum of gray gases model, numerical simulation, relative difference

The effect of various vegetable oils on pollutant emissions of biodiesel blends with gasoil in a furnace

THERMAL SCIENCE, volume 19, No. 6, YEAR 2015

biodiesel, furnace, gasoil, pollutant emissions, vegetable oil

Lab-scale investigation of Middle-Bosnia coals to achieve high-efficient and clean combustion technology

THERMAL SCIENCE, volume 18, No. 3, YEAR 2014

coal, combustion, emissions, power plant, boiler, furnace, ash, slagging, sustainability

Experimental studies on radiation heat transfer enhancement on a standard muffle furnace

THERMAL SCIENCE, volume 17, No. 2, YEAR 2013

heat transfer, furnace, radiation, experimental

Determination of flow pattern and its effect on NOx emission in a tangentially fired single chamber square furnace

THERMAL SCIENCE, volume 14, No. 2, YEAR 2010

tangential firing, diffusion flame, furnace, NOx emission, CFD

Solution of the inverse radiation problem for anisotropically scattering medium using the control volume finite element method

THERMAL SCIENCE, volume 14, No. 2, YEAR 2010

inverse radiation problem, control volume finite element method, Levenberg-Marquardt method, parameter estimation, furnace, 3-D

Saving energy through improving convection in a muffle furnace

THERMAL SCIENCE, volume 12, No. 3, YEAR 2008

convection, fluid flow, applications, furnace

Optimization of pulverised coal combustion by means of CFD/CTA modeling

THERMAL SCIENCE, volume 10, No. 3, YEAR 2006

CFD modelling, pulverised coal-fired boiler, thermal radiation, combustion, heat transfer, furnace

Thermal Science Journal [keyword: furnace]