Add to ORKGABSTRACT: The multi-cell concept is applied to simulate fire in a big com-partment with the zone model CFAST. The predicted physical properties of the smoke layer are used to justify the results, including the smoke layer tempera-ture, smoke layer thickness and flows between each cell. Microscopic pictures of the flow pattern and smoke temperature distribution similar to the results pre-dicted by the Computational Fluid Dynamics technique can be obtained. This idea is recommended to study fires in big enclosures. 1
A building fire field model has been developed that can simulate the fire-induced field of flow, tem...
International audienceFires in confined spaces are of major concern in fire safety engineering. Inde...
ABSTRACT: Transport of larger smoke particles generated by a fire in a compartment is studied. An at...
The Mulit-Zone (MZ) Fire Model is an experimental fire model that can be used to calculate the conse...
This research report examines the use of zone modelling compared with CFD modelling to determine whe...
ABSTRACT: The multi-cell concept is further applied for assessing the fire hazard of a big hall usin...
This paper presents a computational and experimental study of fire growth and smoke movement in larg...
This paper presents the development and validation of a two-zone model to predict fire development i...
This article presents a large eddy simulation study of a pool fire in a well-confined and mechanical...
Performance of three fire zone models BR12, CCFM.VENTS and CFAST in simulating forced ventilation fi...
The non-uniform conditions and potential progression of fires in larger spaces calls for modelling m...
In Computational Fluid Dynamics (CFD) based fire simulation, the particle laden smoke is usually ass...
A method of studying the large scale transport of smoke and hot gases induced by fires in enclosures...
Summary This paper reports how the technique of field modelling can be applied to simulate the ’fire...
Since the performance simulation of buildings, such as fire/smoke spread, energy loss/gain, acoustic...
A building fire field model has been developed that can simulate the fire-induced field of flow, tem...
International audienceFires in confined spaces are of major concern in fire safety engineering. Inde...
ABSTRACT: Transport of larger smoke particles generated by a fire in a compartment is studied. An at...
The Mulit-Zone (MZ) Fire Model is an experimental fire model that can be used to calculate the conse...
This research report examines the use of zone modelling compared with CFD modelling to determine whe...
ABSTRACT: The multi-cell concept is further applied for assessing the fire hazard of a big hall usin...
This paper presents a computational and experimental study of fire growth and smoke movement in larg...
This paper presents the development and validation of a two-zone model to predict fire development i...
This article presents a large eddy simulation study of a pool fire in a well-confined and mechanical...
Performance of three fire zone models BR12, CCFM.VENTS and CFAST in simulating forced ventilation fi...
The non-uniform conditions and potential progression of fires in larger spaces calls for modelling m...
In Computational Fluid Dynamics (CFD) based fire simulation, the particle laden smoke is usually ass...
A method of studying the large scale transport of smoke and hot gases induced by fires in enclosures...
Summary This paper reports how the technique of field modelling can be applied to simulate the ’fire...
Since the performance simulation of buildings, such as fire/smoke spread, energy loss/gain, acoustic...
A building fire field model has been developed that can simulate the fire-induced field of flow, tem...
International audienceFires in confined spaces are of major concern in fire safety engineering. Inde...
ABSTRACT: Transport of larger smoke particles generated by a fire in a compartment is studied. An at...