Fire affects the concrete mechanical properties negatively and can significantly damage the
microstructure. This can lead to considerable loss to the structure and deterioration of …

The use of fibers in concrete improves strength, ductility and durability of concrete. Concrete
has fireproofing properties, but rebars are the most important concern of reinforced concrete …

Concrete structures fabricated with high strength concrete (HSC) experience degradation of
strength and spalling when exposed to extreme fire conditions. To mitigate fire induced …

Fire accident is a disastrous event which causes damage to life and property. When an
accidental fire occurs, the duration of fire is less but the intensity of heat produced will be …

The increased use of high strength concrete (HSC) in buildings has resulted in concern
regarding the behavior of such concrete in fire. In the present work, an attempt is made to …

This paper presents a comprehensive experimental investigation to explore the effect of
synthetic and natural fibers, both individual and hybrid, on the strength properties and …

Purpose Aim of this research work is to examine the stress–strain behavior and modulus of
elasticity of fiber-reinforced concrete (FRC) exposed to elevated temperature. The purpose …

Concrete, when exposed to high temperature, can cause spalling, cracking, and severe
damage, which could lead to a sudden collapse of a building. One of the solutions for …

The use of fibers in concrete improves strength, ductility, and durability of concrete. Concrete
has fireproofing properties, but rebars are the most important concern of reinforced concrete …

The behavior of a concrete structure at elevated temperatures is one of the vital areas of
concern in civil engineering. Because high temperatures cause adverse effects on the …