Indirect tensile strength in the context of cement and concrete is a measure of a material’s ability to resist tension, indirectly gauged through methods like the Brazilian test or splitting tensile test. Unlike direct tensile tests, these methods infer tensile strength by applying diametrical compression to cylindrical specimens, generating tensile stresses across the vertical diameter. This measurement is crucial for understanding the behavior of concrete under conditions where direct tension measurements are challenging or impractical. The indirect tensile strength is particularly significant in evaluating the durability and crack resistance of concrete used in pavements and structures exposed to dynamic and cyclic loading.