The demand for professionals in Structural Rehabilitation is skyrocketing as the need to maintain and restore ageing infrastructures becomes more critical than ever. Enrolling in our Structural Rehabilitation course equips you with essential skills to analyse and address pathologies in building elements and bridges, ensuring the safety and longevity of structures. You will delve into fundamental concepts, explore common pathologies, and learn cutting-edge repair and reinforcement techniques. This course is ideal for those eager to meet the growing industry demands and make a significant impact in the field. With the flexibility of online learning, you can gain invaluable insights and expertise at your own pace, positioning yourself at the forefront of this vital industry.
Structural Rehabilitation
Architecture, construction and urban planning
40 hours
Introduction
Objectives
- To understand fundamental concepts of structural rehabilitation.
- To identify pathologies in building elements effectively.
- To recognise common pathologies in bridges.
- To analyse repair techniques for structural issues.
- To evaluate reinforcement methods for structural integrity.
- To develop strategies for comprehensive structural assessments.
- To apply knowledge to real-world rehabilitation scenarios.
Table of Contents
UNIT 1. FUNDAMENTAL CONCEPTS
Fundamental concepts
Seating cracks
Crack control
Pathologies in reinforced concrete structures
Wood pathologies
UNIT 2. PATHOLOGIES IN BUILDING ELEMENTS
Introduction
Pathologies on roofs. General aspects
Pathology in roofs according to their typologies
Façade pathologies
Pillars and slabs pathologies
UNIT 3. BRIDGE PATHOLOGIES
Foundation pathologies
Pathologies in the substructure
Pathologies in the superstructure of concrete bridges
Pathologies in the superstructure of the arched fridge
Pathologies in the superstructure of steel and composite bridges
UNIT 4. REPAIRS AND REINFORCEMENTS
Underpinning in shallow foundations
Repairs to concrete structures
Reinforcements in concrete structures
Detailed design of composite pillars
Moisture and water leakage therapy
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