Rate of heat release and ignitability indices are applied to predict the European fire classification based on FIGRA values from Single Burning Item (SBI) tests for building products. Both indices can be calculated from cone calorimeter test results measured at 50 kW/m2. Within its validated range, the predictive procedure gives the correct classification for 90% of the products studied. The model provides a practical tool to support product development and quality control
A simple theory is suggested for the important fire engineering problem of predicting large-scale te...
A comparison of the Japanese and European fire classification systems for surface linings is present...
A comparison of the Japanese and European fire classification systems for surface linings is present...
Rate of heat release and ignitability indices are applied to predict the European fire classificatio...
ABSTRACT: Rate of heat release and ignitability indices are applied to predict the European fire cla...
A one‐dimensional thermal flame spread model was applied to predict the rate of heat release in the ...
A one‐dimensional thermal flame spread model was applied to predict the rate of heat release in the ...
The fire technical properties of products are determining factors for the initiation and growth of f...
The Single Burning Item, SBI, has recently been developed and adopted by the European Communities as...
With the implementation of the classes of reaction to fire performance for construction products, th...
With the implementation of the classes of reaction to fire performance for construction products, th...
Smoke production in fire represents a threat because fire smoke reduces visibility and because fire ...
Harmonised technical specifications are needed to create a single European market. Although many tes...
Dimensional analysis is applied to one form of fire growth in a compartment to derive two indices fo...
A simple theory is suggested for the important fire engineering problem of predicting large-scale te...
A simple theory is suggested for the important fire engineering problem of predicting large-scale te...
A comparison of the Japanese and European fire classification systems for surface linings is present...
A comparison of the Japanese and European fire classification systems for surface linings is present...
Rate of heat release and ignitability indices are applied to predict the European fire classificatio...
ABSTRACT: Rate of heat release and ignitability indices are applied to predict the European fire cla...
A one‐dimensional thermal flame spread model was applied to predict the rate of heat release in the ...
A one‐dimensional thermal flame spread model was applied to predict the rate of heat release in the ...
The fire technical properties of products are determining factors for the initiation and growth of f...
The Single Burning Item, SBI, has recently been developed and adopted by the European Communities as...
With the implementation of the classes of reaction to fire performance for construction products, th...
With the implementation of the classes of reaction to fire performance for construction products, th...
Smoke production in fire represents a threat because fire smoke reduces visibility and because fire ...
Harmonised technical specifications are needed to create a single European market. Although many tes...
Dimensional analysis is applied to one form of fire growth in a compartment to derive two indices fo...
A simple theory is suggested for the important fire engineering problem of predicting large-scale te...
A simple theory is suggested for the important fire engineering problem of predicting large-scale te...
A comparison of the Japanese and European fire classification systems for surface linings is present...
A comparison of the Japanese and European fire classification systems for surface linings is present...