Sentence examples for for fire exposure from inspiring English sources

An empirical failure model was developed to account for fire exposure conditions, aluminum type, and geometry.

The motivation for this paper is to increase the awareness of the structural engineering community to the concepts behind composite steel concrete structural design for fire exposure.

It demonstrates the potential of re-using LSF wall frames following fire exposures and provides appropriate limits for fire exposure time and stud hot flange temperature for three commonly used LSF wall configurations.

These models are used to develop a simplified closed-form solution for beam axial force and perimeter column bending moment that may be used as part of a performance-based design for fire exposure.

The results showed above all that the beams with passive fire protection materials provided an integrity of their resistance for long periods of fire exposure, especially the ones protected with VP mortar.

The temperature distribution is obtained numerically for two common types of fire exposure conditions that could occur in a fire compartment including: an exponential "short hot" fire leading to a high temperature over a relatively short duration; and an exponential "long cool" fire of lower temperature over a longer duration.

The effect of critical parameters, including geometry of concrete member and insulation, thermal properties of concrete and fire insulation, and duration of fire exposure is accounted for in temperature equations.

For a longer period (>100 s) of fire exposure, the boundary conditions made little difference in terms of the overall peak force attained and the contact stiffness.

As shown in Fig. 6, the temperature drop for RABT_Train and RABT_Car started to occur after 60 and 30 min of fire exposure, respectively.

The influence of fire exposure on the residual compressive behaviors of carbon fibers woven-ply Polyphenylene Sulfide has been investigated for aeronautical applications.

This paper will compare results from the three different simulation methods for different parts of the structure, including the fire exposed beam, the connection components and the columns, through different stages of fire exposure, from initial exposure to fire to the development of catenary action in the beam.