In this paper we analyze the ignition of wood samples subjected to the decreasing heat flow. The experimental setup was created on the base of the optical wave "Uran-1". The intensity of the heat flow was changed during the experiment by moving the test sample along the optical axis of the elliptic reflector in the setup. Pine wood was used as the test samples. We received the delay times for ignition of pine wood during heating by the decreasing heat flow. The received data were compared with the data for a static heat flow
Natural materials like wood are increasingly used in the construction industry, making the understan...
Modern timber construction techniques rely on metallic connectors. Their failure during fires is rel...
It is detected, that the main ignition regularities of dispersed wood possible on the basis of exper...
In this paper we analyze the ignition of wood samples subjected to the decreasing heat flow. The exp...
In this paper we analyze the ignition of wood samples subjected to the decreasing heat flow. The exp...
Safe use of wood for modern structural applications requires a precise definition of the in-depth ev...
Although piloted-ignition is well studied, auto-ignition is not, and under some conditions the latte...
This paper experimentally and theoretically examines the ignition of 50 mm thick samples of wood in...
This paper experimentally and theoretically examines the ignition of 50 mm thick samples of wood in ...
AbstractThe experiment of the non-piloted ignition of corrugated paper exposed to variable heat flux...
A theoretical and experimental study of the autoignition of wood is performed. In the experiment, a ...
In this work, an experimental and theoretical study of the ignition of 20 mm thick paulownia wood ex...
Wood is a material widely used in the built environment, but its flammability and response to fire a...
As the set of experiments result, statistically substantiated data were obtained on the laws of igni...
AbstractThe experiment of the non-piloted ignition of corrugated paper exposed to variable heat flux...
Natural materials like wood are increasingly used in the construction industry, making the understan...
Modern timber construction techniques rely on metallic connectors. Their failure during fires is rel...
It is detected, that the main ignition regularities of dispersed wood possible on the basis of exper...
In this paper we analyze the ignition of wood samples subjected to the decreasing heat flow. The exp...
In this paper we analyze the ignition of wood samples subjected to the decreasing heat flow. The exp...
Safe use of wood for modern structural applications requires a precise definition of the in-depth ev...
Although piloted-ignition is well studied, auto-ignition is not, and under some conditions the latte...
This paper experimentally and theoretically examines the ignition of 50 mm thick samples of wood in...
This paper experimentally and theoretically examines the ignition of 50 mm thick samples of wood in ...
AbstractThe experiment of the non-piloted ignition of corrugated paper exposed to variable heat flux...
A theoretical and experimental study of the autoignition of wood is performed. In the experiment, a ...
In this work, an experimental and theoretical study of the ignition of 20 mm thick paulownia wood ex...
Wood is a material widely used in the built environment, but its flammability and response to fire a...
As the set of experiments result, statistically substantiated data were obtained on the laws of igni...
AbstractThe experiment of the non-piloted ignition of corrugated paper exposed to variable heat flux...
Natural materials like wood are increasingly used in the construction industry, making the understan...
Modern timber construction techniques rely on metallic connectors. Their failure during fires is rel...
It is detected, that the main ignition regularities of dispersed wood possible on the basis of exper...