Research on Methods to Increase the Strength and Flame of Reinforced Concrete Structures
Keywords:
Concrete, reinforced concrete structures, fire, metal, thin layer, geometric dimensions, coating, porosityAbstract
This article's text examines the challenges surrounding improving methods for raising the fire resistance of reinforced concrete structures, as well as the present state of the art in the field of methods and tools for boosting concrete building fire resistance. The difficulty of selecting, creating, and implementing approaches and tools for assessing the durability of reinforced concrete structures while taking thin-layer, fire-resistant glass coatings into account.
Because of the use of thin-layer flammable embossing coatings, it was determined that evaluating the heating capabilities of reinforced concrete structures during a fire was critical. The creation of a method for assessing the qualities of thin-layer coatings formed on swelling reinforced concrete structures caused by fire, as well as the refractive efficiency of thin-layer fire-resistant coatings on concrete structures. A determination of the fire-resistance efficiency of reinforced concrete structures and the ideal thickness of thin-layer fire-resistant coatings was also made based on the research findings.
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