Damage Assessment and Rehabilitation Of Concrete Structures Training
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Damage Assessment and Rehabilitation Of Concrete Structures Training Course
Introduction:
There is a significant number of concrete structures experiencing deterioration, often prematurely, requiring remedial measures to restore their safety and/or functionality. As a result, the demand for repair and protection has seen substantial growth in recent years. While the costs associated with repairing deteriorating concrete structures can be substantial, the expenses resulting from poorly designed or executed repairs can be even higher.
The success of repair projects, both technically and economically, relies on various factors. These include conducting a thorough condition assessment of the structure, designing and executing effective remedial measures, and implementing appropriate maintenance strategies.
The Training Course on Damage Assessment and Rehabilitation of Concrete Structures aims to equip participants with the necessary tools to assess the serviceability and lifespan of concrete structures. It also focuses on evaluating the actual capacity of the structure in relation to its lifespan and life-cycle costs, and determining the optimal strategy for assessment, rehabilitation, and maintenance or repair through practical applications. It is crucial to recognize that structural dysfunction and failure often stem from human errors originating from oversight, negligence, ignorance, or a lack of knowledge.
The course's objective is to provide participants with a comprehensive and practical understanding of condition assessment for concrete structures, as well as various methods for concrete repair and strengthening.
Course Objectives:
At the end of this Damage Assessment and Rehabilitation Of Concrete Structures training course, attendees will be able to:
- Testing and inspection techniques of engineering materials
- The workmanship in building construction
- The critical characteristics of a given structure
- The types and causes of common deficiencies (even failures) of structures
- How to explain methods of observation, instrumentation and testing
- The workout preventive measures to counteract deterioration of structures
- How to comprehend workable temporary and permanent repairs for any particular structure
- Non – destructive evaluation (NDE) for the steel and welding
- The capability to inspect the finishing work activity
- Testing and inspection for road construction
- The ways and skills for the inspector
Who Should Attend?
Damage Assessment and Rehabilitation Of Concrete Structures Training course is ideal for:
- Architects
- Engineers
- Project Engineers
- Contractors and Building Owners
- Practicing Building Construction Inspectors
- Technicians and Technologists involved with building maintenance
Course Outlines:
Building Assessment
- Introduction to Mature Structure and Understanding Statically System
- Codes and Standard Features
- Inspection and Evaluate the Buildings by Different Methods
- Visual Inspection Criteria
- Inspect the Building Using New Techniques
- Using Ultrasonic and Infrared for Inspection
- Evaluate the Building Risk
- Diagnoses the Reason of Deterioration
Problems in Design, Materials and Construction
- Concrete Materials Problems
- Construction Ways Affect Concrete Durability
- Design Error Affect Structure Integrity
- Errors in Soil Investigation
- Error in Design Foundation
- Error in Foundation Constructions
Properties of Protective Coating
- Selecting the Materials Repair
- Step by Step Repair Procedure
- Methods of Protection
- Corrosion and Protection of Steel Structure in Concrete
- Protection of Reinforcing Bars
- Comparison between Different Type of Protection
- Materials used to Repair Corroded Structure
- Methods of Repair
- Using Polymer Bonding Materials
Methods of Repairing the Cracked Structure Corrosion
- Properties of these Materials
- Ways of Using Steel Sections in Repair
- Types of Cracks in R. C. Structures
- Comparison between Different Cracks
- Reasons for Each Type
- Methods of Repair and Prevent for Each Type
- Define the Method of Repair
- From Inspection and Analysis Predict the Structure Lifetime
Maintenance Strategy
- CFRP Design and Applications
- Likelihood of Building Failure
- Define the Consequences of Failure
- Provide Risk Matrix
- Maintenance Plan and Strategy
- Maintenance Plan based Economic Cost
- Software for Maintenance Strategy