建筑结构模拟火焰试验气体介质温度研究

Денис Сергеевич Нехань, Игорь Юрьевич Кураченко, Николай Олесиюк, Леонид Креер
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引用次数: 0

摘要

目的。在进行全尺寸火灾试验时,综合估计建筑物实验碎片内气体介质的温度。方法。在火灾中测量实验碎片内部的温度。发现。测量了建筑物全尺寸火灾试验中气体介质的温度。在碎片的不同部位发现了温度的差异。得到了用于试验的标准火灾等效持续时间的值。应用研究领域。研究结果可用于边界条件的确定(热效应的确定),以确定被试建筑的加热。本文的研究积累了火灾荷载对火灾温度-时间曲线影响的实验数据。
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Исследования температуры газовой среды при проведении натурных огневых испытаний строительных конструкций
Purpose. Comprehensively estimate the temperature of the gaseous medium inside the experimental fragment of the building when conducting full-scale fire tests. Methods. Measuring the temperature inside the experimental fragment during a fire. Findings. The temperature of the gaseous medium during full-scale fire tests of building constructions are measured. A difference in temperature was found in different parts of the fragment. The values of the equivalent duration of a standard fire for the tests are obtained. Application field of research. The results of the study can be used in the appointment of boundary conditions (determination of thermal effect) to determine the heating of the tested building constructions. The conducted studies contribute to the accumulation of experimental data on the effect of fire load on the temperature-time curves in case of fire.
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