 Rubberized concrete is a popular alternative to traditional concrete for waste management and construction applications. It is composed of a mixture of cement, sand, and recycled rubber, which provides enhanced strength and durability. However, its performance may be adversely affected by high temperatures, so researchers have investigated how it responds to different temperatures. This study found that rubberized concrete with a 5% to 15% rubber content performed better than conventional concrete at temperatures up to 400 degrees Celsius, with only a slight decrease in strength. Additionally, the study found that the splitting tensile strength was more sensitive to elevated temperatures than the compressive strength. This article was authored by Ashraf A. M. Fadiel, Tahara Bulevda, Julian Sorin Montiano, and others.