Exact(13)
Different fire exposures are investigated.
More items than just fire exposures are typically required to be tested to ensure the survivability of the system under realistic conditions.
Fire testing involves live fire exposures upward of 1100°C, depending on the fire-resistance rating and duration one is after.
Case studies are conducted to demonstrate the use of the computer program for tracing the response of RC members under standard and design fire exposures.
A novel testing method and apparatus, the Heat-Transfer Rate Inducing System (H-TRIS) is used to test medium-scale concrete specimens under simulated standard fire exposures.
A minimum top concrete cover thickness of 55, 65, 70, 70, 65, and 60 mm is required to achieve a fire resistance of 90 min for the ASTM E119, ASTM E1529, HMC, RWS, RABT_Train, and RABT_Car top fire exposures, respectively.
Similar(47)
The standards would tighten depending on level of hazard determined through a "fire exposure severity zoning system".
Fire exposure causes significant mechanical property degradation of metallic materials.
Deflection and temperature measurements were determined under ISO834 fire exposure.
As an alternative, time equivalent concept can relate the severity of design fire exposure to that of standard fire exposure.
The most severe fire exposure scenario is the modified hydrocarbon (HMC) fire curve.
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