A CFD-based tool for the analysis of combustion and emissions in batch-fired wood log combustion is introduced. It consists of submodels for drying and pyrolysis of a wood log, for combustion of volatilised fuel and char, for radiative heat transfer, and for NO formation implemented in a commercial CFD-programme (Fluent) for turbulent flows. Comparing model predictions to experimental data in a test oven shows the applicability of the different submodels and combination of them
Combustion of wood logs in wood stoves and fireplaces occurs through a so-called batch combustion pr...
AbstractThe present paper addresses NOx emissions from wood stoves through a computational fluid dyn...
The numerical simulation of fire propagation requires capturing the coupling between wood pyrolysis,...
A simplified simulation model of heat storing fireplaces during combustion of residual thin char bed...
Transient wood combustion may lead to excessive carbon monoxide and particle emissions, that could h...
Heat from wood combustion in domestic wood stoves is a main contributor to the bioenergy in Norway. ...
CFD modelling of wood stoves are a challenge due to the transient behavior of the combustion process...
This work concerns log firing in small-scale boilers for house heating, which in Sweden meets a heat...
With the increased popularity of using wood stoves for household heating in recent years, numerous e...
Natural draft wood log stoves for residential bioheat production are very popular due to the low fue...
Flow, combustion and heat transfer in a grate fired furnace burning wood with a heating power of 1 M...
Flow, combustion and heat transfer in a grate fired furnace burning wood with a heating power of 1 M...
Modelling of pulverised wood flames in a laboratory vertical furnace was carried out. The aim was to...
International audienceDwindling fossil fuel reserves and global climate change drive researchers to ...
In the present work, transient CFD simulations of full wood log combustion cycles have been performe...
Combustion of wood logs in wood stoves and fireplaces occurs through a so-called batch combustion pr...
AbstractThe present paper addresses NOx emissions from wood stoves through a computational fluid dyn...
The numerical simulation of fire propagation requires capturing the coupling between wood pyrolysis,...
A simplified simulation model of heat storing fireplaces during combustion of residual thin char bed...
Transient wood combustion may lead to excessive carbon monoxide and particle emissions, that could h...
Heat from wood combustion in domestic wood stoves is a main contributor to the bioenergy in Norway. ...
CFD modelling of wood stoves are a challenge due to the transient behavior of the combustion process...
This work concerns log firing in small-scale boilers for house heating, which in Sweden meets a heat...
With the increased popularity of using wood stoves for household heating in recent years, numerous e...
Natural draft wood log stoves for residential bioheat production are very popular due to the low fue...
Flow, combustion and heat transfer in a grate fired furnace burning wood with a heating power of 1 M...
Flow, combustion and heat transfer in a grate fired furnace burning wood with a heating power of 1 M...
Modelling of pulverised wood flames in a laboratory vertical furnace was carried out. The aim was to...
International audienceDwindling fossil fuel reserves and global climate change drive researchers to ...
In the present work, transient CFD simulations of full wood log combustion cycles have been performe...
Combustion of wood logs in wood stoves and fireplaces occurs through a so-called batch combustion pr...
AbstractThe present paper addresses NOx emissions from wood stoves through a computational fluid dyn...
The numerical simulation of fire propagation requires capturing the coupling between wood pyrolysis,...