Abstract

Compressive testing is a fundamental procedure in the evaluation of building materials, offering critical insights into their ability to withstand axial loads. This article explores the significance of compressive testing in the construction industry, detailing its methods, and emphasizing its importance in ensuring structural integrity and safety. Various testing methods, including Universal Testing Machines (UTMs), non-destructive techniques, cylinder testing, and ring testing, are discussed. Compressive testing serves as a cornerstone for code compliance, material research and development, structural design, and quality assurance in construction. By providing a comprehensive understanding of this essential evaluation process, this article underscores its crucial role in building material assessment.