Tests were carried out to examine the contribution of insulating material in cavity walls to propagation of fire. Materials with various flame spread ratings were tested under conditions that are representative of those met with in practice.On a effectu\ue9 des essais afin d'\ue9tudier le r\uf4le de l'isolant thermique d'un mur creux dans la propagation d'un incendie. On a mis \ue0 l'essai, dans des conditions qui repr\ue9sentent celles qu'on retrouve dans la pratique, des isolants de diff\ue9rents taux de propagation des flammes.Peer reviewed: NoNRC publication: Ye
This report describes methods of predicting heat flux exposure to external walls due to the impingem...
Due to an increase in the number of large-scale façade fires around the world the interest in the fi...
Model-scale experiments were conducted on fire spread where the fire sources are placed in an open a...
Increasing amounts of insulation are used in buildings to conserve energy. In buildings of noncombus...
The extent of fire propagation and upward spread velocity are examined for char-forming insulating m...
The effects of insulation on postflashover room fires were studied in a series of full scale room bu...
The rate of heat transfer to a specimen in The Fire Propagation Test has been measured. It rises as ...
Cavity walls containing combustible insulation present an increased risk for fire propagation in a c...
Light gauge steel framed (LSF) walls are used in fire compartmentation to prevent the spread of fire...
It is recognized that factors other than flammability of lining materials -- ventilation, the nature...
Narrow gaps and cavities present in modern construction systems have been identified as one of the k...
A parametric experimental study was performed to characterise the fire spread dynamics in a simplifi...
ABSTRACT: Surface burning areas of plywood lining installed at walls and ceiling of a modified ISO r...
The author reports on a series of tests conducted to study the vertical flame-spread characteristics...
Tests for the flammability of materials and for flame spread are described. Difficulties in interpre...
This report describes methods of predicting heat flux exposure to external walls due to the impingem...
Due to an increase in the number of large-scale façade fires around the world the interest in the fi...
Model-scale experiments were conducted on fire spread where the fire sources are placed in an open a...
Increasing amounts of insulation are used in buildings to conserve energy. In buildings of noncombus...
The extent of fire propagation and upward spread velocity are examined for char-forming insulating m...
The effects of insulation on postflashover room fires were studied in a series of full scale room bu...
The rate of heat transfer to a specimen in The Fire Propagation Test has been measured. It rises as ...
Cavity walls containing combustible insulation present an increased risk for fire propagation in a c...
Light gauge steel framed (LSF) walls are used in fire compartmentation to prevent the spread of fire...
It is recognized that factors other than flammability of lining materials -- ventilation, the nature...
Narrow gaps and cavities present in modern construction systems have been identified as one of the k...
A parametric experimental study was performed to characterise the fire spread dynamics in a simplifi...
ABSTRACT: Surface burning areas of plywood lining installed at walls and ceiling of a modified ISO r...
The author reports on a series of tests conducted to study the vertical flame-spread characteristics...
Tests for the flammability of materials and for flame spread are described. Difficulties in interpre...
This report describes methods of predicting heat flux exposure to external walls due to the impingem...
Due to an increase in the number of large-scale façade fires around the world the interest in the fi...
Model-scale experiments were conducted on fire spread where the fire sources are placed in an open a...