arrow_back
Module 1: Fundamentals of Building Retrofitting
Module-1-Fundamentals-of-Building-Retrofitting
Introduction to building retrofitting
Objectives and benefits of retrofitting
Types of existing buildings requiring retrofitting
Common causes of structural deterioration
Difference between repair, rehabilitation, restoration and retrofitting
Understanding structural deficiencies
Life extension of buildings
Safety considerations before retrofitting
Module 2: Building Investigation and Condition Assessment
Visual inspection techniques
Structural condition assessment
Crack identification and classification
Concrete deterioration assessment
Reinforcement corrosion inspection
Foundation investigation
Material sampling and testing
Structural evaluation and reporting
Prioritizing retrofit requirements
Module 3: Selection of Retrofitting Materials
Factors affecting material selection
Polymer-modified mortars
Epoxy resins and injection materials
Micro-concrete and non-shrink grout
Steel plates and steel sections
Fiber-reinforced polymer systems
Carbon fiber strengthening materials
Glass fiber strengthening materials
Basalt fiber strengthening materials
Corrosion protection materials
Waterproofing materials
Compatibility between old and new materials
Durability and long-term performance
Module 4: Concrete Repair and Surface Treatment Methods
Surface preparation techniques
Crack sealing methods
Epoxy crack injection
Polymer crack injection
Concrete patch repair
Honeycomb repair
Spalled concrete repair
Reinforcement cleaning and treatment
Corrosion protection systems
Protective coatings
Waterproof surface treatments
Quality control during repair works
Module 5: Column Retrofitting Techniques
Assessment of existing columns
Concrete column jacketing
Reinforced concrete jacketing
Steel jacketing
Fiber wrapping techniques
Carbon fiber wrapping
Glass fiber wrapping
Polymer composite strengthening
Increasing axial load capacity
Improving ductility
Strengthening beam-column joints
Construction sequence and quality inspection
Module 6: Beam, Slab and Foundation Strengthening
Beam strengthening methods
Reinforced concrete beam jacketing
Steel plate strengthening
Fiber wrapping of beams
Slab strengthening methods
Overlay systems
Foundation strengthening techniques
Underpinning methods
Pile strengthening
Footing enlargement
Settlement correction methods
Load transfer improvement
Module 7: Masonry and Wall Retrofitting Methods
Assessment of masonry buildings
Wall strengthening techniques
Reinforced overlays
Steel mesh strengthening
Fiber mesh strengthening
Stitching of cracks
Grouting techniques
Wall anchoring methods
Strengthening load-bearing walls
Improving out-of-plane stability
Moisture protection methods
Module 8: Seismic and Structural Strengthening Methods
Principles of seismic retrofitting
Structural stability improvement
Shear wall strengthening
Addition of structural walls
Steel bracing systems
Concrete infill strengthening
Beam-column joint strengthening
Floor diaphragm strengthening
Roof strengthening
Structural load redistribution
Improving lateral load resistance
Module 9: Planning and Execution of Retrofitting Projects
Pre-construction planning
Selection of suitable retrofitting method
Selection of construction materials
Work sequencing
Temporary support systems
Safety during retrofitting works
Working in occupied buildings
Quality inspection procedures
Material storage and handling
Site supervision
Common execution challenges
Documentation and project records
Module 10: Case Studies and Practical Applications
Residential building retrofitting
Commercial building retrofitting
Industrial building strengthening
Heritage structure strengthening
School and hospital retrofitting
High-rise building strengthening
Bridge component retrofitting concepts
Lessons learned from completed projects
Common failures during retrofitting
Best practices for long-term performance
Inspection after retrofitting
Maintenance planning for strengthened buildings