A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Thermal Measurements in Large Pool Fires
During the summer of 1983, a series of pool fire tests was conducted in which the test item was a 1.4 m diameter, 6.4 m long, mild steel calorimeter with a mass of approximately 10,000 kg. Purpose of these tests was to study the thermal response of a large test item in a specified fire configuration, to define thermal boundary conditions, and to assess the repeatability of the fire environment. The calorimeter was used to simulate a nuclear waste transportation cask in both a geometric and thermal sense. (ERA citation 12:037462)
Thermal Measurements in Large Pool Fires
During the summer of 1983, a series of pool fire tests was conducted in which the test item was a 1.4 m diameter, 6.4 m long, mild steel calorimeter with a mass of approximately 10,000 kg. Purpose of these tests was to study the thermal response of a large test item in a specified fire configuration, to define thermal boundary conditions, and to assess the repeatability of the fire environment. The calorimeter was used to simulate a nuclear waste transportation cask in both a geometric and thermal sense. (ERA citation 12:037462)
Thermal Measurements in Large Pool Fires
J. J. Gregory (author) / N. R. Keltner (author) / R. Mata (author)
1987
34 pages
Report
No indication
English
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