Add to ORKGA simple theory is suggested for the important fire engineering problem of predicting large-scale test fires of surface materials based on information obtained from small-scale tests
International audienceFire safety engineering is nowadays an important way to improve safety in a la...
In fire hazard assessment, the resultant heat release rate of burning different combustibles has to ...
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...
SEVERAL INVESTIGATORS HAVE tried, with varying degrees of success, to predict the full-scale fire be...
Using information obtained from bench-scale tests, a simple convolution integral model is applied fo...
Using information obtained from bench-scale tests, a simple convolution integral model is applied fo...
Previously reported rates of heat release using five different bench-scale test methods are compared...
This paper presents a summary of the test results, including the heat release rates and ignition tim...
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 ...
ABSTRACT: Rate of heat release and ignitability indices are applied to predict the European fire cla...
Rate of heat release and ignitability indices are applied to predict the European fire classificatio...
Rate of heat release and ignitability indices are applied to predict the European fire classificatio...
Cone calorimeter is widely used to study fire behaviour of materials employing small size samples. T...
International audienceFire safety engineering is nowadays an important way to improve safety in a la...
In fire hazard assessment, the resultant heat release rate of burning different combustibles has to ...
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...
SEVERAL INVESTIGATORS HAVE tried, with varying degrees of success, to predict the full-scale fire be...
Using information obtained from bench-scale tests, a simple convolution integral model is applied fo...
Using information obtained from bench-scale tests, a simple convolution integral model is applied fo...
Previously reported rates of heat release using five different bench-scale test methods are compared...
This paper presents a summary of the test results, including the heat release rates and ignition tim...
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 ...
ABSTRACT: Rate of heat release and ignitability indices are applied to predict the European fire cla...
Rate of heat release and ignitability indices are applied to predict the European fire classificatio...
Rate of heat release and ignitability indices are applied to predict the European fire classificatio...
Cone calorimeter is widely used to study fire behaviour of materials employing small size samples. T...
International audienceFire safety engineering is nowadays an important way to improve safety in a la...
In fire hazard assessment, the resultant heat release rate of burning different combustibles has to ...
Dimensional analysis is applied to one form of fire growth in a compartment to derive two indices fo...