A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The Effect of Sample Orientation in the Smoke Density Chamber
Smoke measurements were compared for various materials in the vertical and horizontal positions. There appeared a significant difference for thermoplastic materials because of the melting away from the incident heat flux in the vertical position. The horizontal mode in addition allows one to relate the chemistry of polymeric materials to the amount of smoke production. Finally, smoke measurements are made of products containing various amounts of smoke suppressants.
The Effect of Sample Orientation in the Smoke Density Chamber
Smoke measurements were compared for various materials in the vertical and horizontal positions. There appeared a significant difference for thermoplastic materials because of the melting away from the incident heat flux in the vertical position. The horizontal mode in addition allows one to relate the chemistry of polymeric materials to the amount of smoke production. Finally, smoke measurements are made of products containing various amounts of smoke suppressants.
The Effect of Sample Orientation in the Smoke Density Chamber
L. H. Breden (author) / M. Meisters (author)
1976
17 pages
Report
No indication
English
Industrial Safety Engineering , Fire hazards , Smoke , Test facilities , Directional measurement , Suppressors , Density measurement , Thermoplastic resins , Chemical properties , Combustion , Flow , Fire tests , Flammability , Reprints , Vertical orientation , Horizontal orientation , Fire research
Interlaboratory Evaluation of Smoke Density Chamber
| NTIS | 1971
Interlaboratory evaluation of smoke density chamber
| TIBKAT | 1971