Cracking in concrete is one of the most common yet complex challenges in structural engineering. This course examines the mechanisms that lead to crack formation, exploring how material composition, environmental exposure, and construction practices affect durability and performance. Participants will gain a detailed understanding of both visible and microstructural cracking phenomena, including shrinkage, thermal, and load-induced cracks.

The program also covers advanced diagnostic and detection techniques—ranging from visual inspection to nondestructive testing methods—used to assess structural condition and predict long-term behavior. Through case studies and practical exercises, learners will learn how to classify, evaluate, and address cracks effectively across different project scales.

By the end of this course, participants will be equipped to identify the root causes of cracking, apply effective repair strategies, and develop prevention plans that enhance structural longevity and resilience.

Learning Outcomes:

• Identify the main types, causes, and mechanisms of concrete cracking.
• Apply diagnostic and detection tools, including microcrack analysis.
• Evaluate the structural implications of crack propagation.
• Develop prevention and repair strategies to improve durability.