The airflow conditions in an experimental pig housing unit are examined both experimentally and numerically (simulation) with particular focus on the airflow conditions in the occupational zone of the animals. Two heating setups are used, and the temperature is measured in a horizontal profile at the floor and at the ceiling. Good concordances between the measurements and the simulations are reached at the floor level. At the ceiling level, the conformity to the measuring results is unsatisfactor
umodel was 1·12°C and 1·02 g/kg for the humidity model. Static models describing the air temperature...
Abstract — In this paper, the implementation of a Model Predictive Control (MPC) strategy for livest...
In livestock farming the climate within an animal house is a dominant factor for animal welfare. The...
ABSTRACT. Climatic conditions in the animal occupied zone (AOZ) of a pig room are important for anim...
The aim of this work was to investigate the influence of pen partitions and heated simulated pigs on...
The Animal Occupied Zone (AOZ), or the microclimate, in a room for weaned piglets is roughly the zon...
Pigs are subjected to intensive environment control and management for higher productivity due to th...
The airflow pattern and contaminant distribution under non-isothermal turbulent flow conditions in ...
A model simulating the transient environmental conditions inside livestock houses has been created f...
A model simulating the transient environmental conditions inside the livestock houses has been crea...
An efficient natural ventilation system in dairy cattle buildings is essential both for animal welfa...
Pigs are subjected to intensive environmental control and management for higher productivity due to ...
This study has been led to develop the use of numerical simulations to model the air motion in a ven...
Ventilation systems used in swine facilities deserve to be studied because they directly affect prod...
A description of experimental work and discussion on implementation of natural ventilation in pig ho...
umodel was 1·12°C and 1·02 g/kg for the humidity model. Static models describing the air temperature...
Abstract — In this paper, the implementation of a Model Predictive Control (MPC) strategy for livest...
In livestock farming the climate within an animal house is a dominant factor for animal welfare. The...
ABSTRACT. Climatic conditions in the animal occupied zone (AOZ) of a pig room are important for anim...
The aim of this work was to investigate the influence of pen partitions and heated simulated pigs on...
The Animal Occupied Zone (AOZ), or the microclimate, in a room for weaned piglets is roughly the zon...
Pigs are subjected to intensive environment control and management for higher productivity due to th...
The airflow pattern and contaminant distribution under non-isothermal turbulent flow conditions in ...
A model simulating the transient environmental conditions inside livestock houses has been created f...
A model simulating the transient environmental conditions inside the livestock houses has been crea...
An efficient natural ventilation system in dairy cattle buildings is essential both for animal welfa...
Pigs are subjected to intensive environmental control and management for higher productivity due to ...
This study has been led to develop the use of numerical simulations to model the air motion in a ven...
Ventilation systems used in swine facilities deserve to be studied because they directly affect prod...
A description of experimental work and discussion on implementation of natural ventilation in pig ho...
umodel was 1·12°C and 1·02 g/kg for the humidity model. Static models describing the air temperature...
Abstract — In this paper, the implementation of a Model Predictive Control (MPC) strategy for livest...
In livestock farming the climate within an animal house is a dominant factor for animal welfare. The...