Description

The scope of this course is to understand specific topics in reinforced concrete design, primarily focusing on the assessment of the bearing capacity of existing substandard reinforced concrete structures, as well as on the strategies and methodologies for their structural strengthening or retrofitting. Emphasis is given on understanding and applying the most modern strengthening methods (e.g., composite materials)

Learning Outcomes

After completing the course, the student will have advanced knowledge, which entails a critical understanding of design principles and theories: 

• In the assessment of reinforced concrete structures for pre-determined performance levels. 
• In the behavior of reinforced concrete members under cyclic/seismic loading. 
• In strategies for structural strengthening/retrofitting old R/C structures. 
• In the use of composite materials for strengthening reinforced concrete beams and columns. 

Students will develop advanced skills in processing, analyzing, and solving complex problems related to the assessment and/or retrofitting of old substandard reinforced concrete structures.

After completing the course, students will be able to: 

• Evaluate and judge the load-bearing capacity of old substandard reinforced concrete structures. 
• Propose optimal redesign solutions based on their previous evaluation.