Effects of airflow rate and supply air temperature on the airflow pattern for Active Chilled Beams (ACB) system are investigated in this paper. The air velocity for the air jet near the ceiling are tested and recorded under both isothermal and non-isothermal conditions. The self-similarity for the air jet is observed to be feasible for a certain downstream distance where the vertical maximum velocity is within 1.25 slot heights. A comparison study has been conducted for two mathematical models describing the self-similarity with the experimental data. It turns out that Verhoff’s model has an overall better performance than Schwarz and Cosart’s model.Accepted versio
This paper proposes a hybrid dynamic model of active chilled beam (ACB) terminal unit. The model enc...
This paper proposes a hybrid dynamic model of active chilled beam (ACB) terminal unit. The model enc...
In active chilled beams, primary air from the air handling unit induces room air which passes a cool...
Effects of airflow rate and supply air temperature on the airflow pattern for Active Chilled Beams (...
Experimental results of the airflow pattern for Active Chilled Beams (ACB) system are investigated i...
Experimental results of the airflow pattern for Active Chilled Beams (ACB) system are investigated i...
During the past few decades, the active chilled beam (ACB) system has become increasingly prevalent ...
During the past few decades, the active chilled beam (ACB) system has become increasingly prevalent ...
Active chilled beams (ACBs) have gained increased recognition as a feasible technology for comfort c...
Active chilled beams (ACBs) have gained increased recognition as a feasible technology for comfort c...
The aim of this study is to improve the performance of active chilled beams (ACB) by varying the noz...
The aim of this study is to improve the performance of active chilled beams (ACB) by varying the noz...
Appropriately designing and maintaining temperature and relative humidity in a given space is essent...
Appropriately designing and maintaining temperature and relative humidity in a given space is essent...
The interaction of flows in rooms ventilated by active chilled beams and its importance for the air ...
This paper proposes a hybrid dynamic model of active chilled beam (ACB) terminal unit. The model enc...
This paper proposes a hybrid dynamic model of active chilled beam (ACB) terminal unit. The model enc...
In active chilled beams, primary air from the air handling unit induces room air which passes a cool...
Effects of airflow rate and supply air temperature on the airflow pattern for Active Chilled Beams (...
Experimental results of the airflow pattern for Active Chilled Beams (ACB) system are investigated i...
Experimental results of the airflow pattern for Active Chilled Beams (ACB) system are investigated i...
During the past few decades, the active chilled beam (ACB) system has become increasingly prevalent ...
During the past few decades, the active chilled beam (ACB) system has become increasingly prevalent ...
Active chilled beams (ACBs) have gained increased recognition as a feasible technology for comfort c...
Active chilled beams (ACBs) have gained increased recognition as a feasible technology for comfort c...
The aim of this study is to improve the performance of active chilled beams (ACB) by varying the noz...
The aim of this study is to improve the performance of active chilled beams (ACB) by varying the noz...
Appropriately designing and maintaining temperature and relative humidity in a given space is essent...
Appropriately designing and maintaining temperature and relative humidity in a given space is essent...
The interaction of flows in rooms ventilated by active chilled beams and its importance for the air ...
This paper proposes a hybrid dynamic model of active chilled beam (ACB) terminal unit. The model enc...
This paper proposes a hybrid dynamic model of active chilled beam (ACB) terminal unit. The model enc...
In active chilled beams, primary air from the air handling unit induces room air which passes a cool...