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Durability of Reinforced Concrete Structures

Assessment, Repairs & Risk-Based Inspection

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Why Choose Us

The Durability of Reinforced Concrete Structures training course equips professionals to assess deterioration, plan repairs and improve the long-term performance of concrete structures. Buildings are generally designed for long service, yet corrosion, material brittleness and environmental conditions can cause varying degrees of structural deterioration. The course examines factors affecting durability, including interactions between the superstructure, substructure and soil foundation. It also considers the vital role of structural engineers in identifying and addressing these challenges.

Participants will examine structural assessment processes, repair strategies and risk-based inspections for reinforced concrete structures. They will explore practical approaches to preventing deterioration, extending structural life and improving building safety and efficiency. The course also develops proficiency in non-destructive testing methods and traditional repair techniques. This knowledge supports effective evaluation and repair, helping structures remain safe and functional for years.

This Durability of Reinforced Concrete Structures training course will highlight:

  • Recognising deterioration caused by corrosion, material brittleness and environmental conditions
  • Understanding interactions between the superstructure, substructure and soil foundation
  • Assessing the condition and durability of reinforced concrete structures
  • Developing appropriate structural repair strategies
  • Applying risk-based inspection processes
  • Using non-destructive testing methods and traditional repair techniques
Why Choose Durability of Reinforced Concrete Structures
Course Goals

What are the Goals?

Upon completing this Durability of Reinforced Concrete Structures Training Course, participants will:

  • Recognise the various reasons for assessing the condition of existing concrete structures.
  • Learn to evaluate the effects of new live loads, such as when residential buildings are converted into offices.
  • Develop knowledge of seismic activity and methods for assessing the ability of older structures to withstand such events.
  • Learn to evaluate and retrofit fragile systems to improve their durability.
  • Understand repair processes and how to construct robust concrete structures that deliver long-term performance.
  • Examine traditional materials such as steel and concrete, with emphasis on their strengths and weaknesses in contemporary construction.

Who is this Training Course for?

This Durability of Reinforced Concrete Structures training course is designed for:

  • Structural Engineers
  • Civil Engineers
  • Concrete Technologists
  • Materials Engineers
  • Durability Engineers
  • Design Engineers
  • Construction Engineers
  • Maintenance Engineers
  • Inspection Engineers
  • Asset Integrity Engineers
  • Technical Consultants
  • Project Engineers
Learning Approach

How will this Training Course be Presented?

This Durability of Reinforced Concrete Structures Training Course uses a varied combination of learning approaches to maximise participation and knowledge retention, including:

  • Case studies that place theoretical knowledge in context.
  • Lectures delivered by experienced industry professionals.
  • Group activities and discussions focused on practical problem-solving.
  • Presentations enabling practical demonstrations of essential concepts and techniques.

Through the use of these established adult learning techniques, the course ensures participants develop a comprehensive understanding of reinforced concrete durability and repair methods.

The Course Content

Introduction to Types of Cracks

  • Overview of planned maintenance principals and characteristics of world-class planned maintenance
  • Reliability and maintenance issues in each design phase and cracks in building
  • Repair of cracks, material and system and monitoring of cracks
  • Testing of concrete in the structure
  • Destructive tests: cores and pull outs
  • Nondestructive tests: Rebound hammer, penetration resistance and UPV

Loads and Reasons of Failure

  • Failure mode of concrete structure
  • Corrosion effect on structure risk
  • Seismic rehabilitation of existing buildings
  • Cost, functional and aesthetic considerations
  • Retrofitting of structural system by enhancing strength and continuity
  • Rehabilitation of non-structural elements

Types of Tests

  • Assessment concrete structure and fresh and hardening concrete test
  • Use of plates with bolts and/or epoxy fixing
  • Jacketing of columns
  • Use of new technologies such as carbon fibres and resin
  • Application to enhance flexure and shear and use as column confinement
  • ACI requirements for the evaluation of existing structures

Soil Problems

  • Soil classification and Shear strength in soil
  • Problematic soil
  • Foundation movement inspection and interpretation and tests for evaluating the soil below the foundation
  • Underpinning of building structures
  • Chemical attacks marine environment
  • Durability of concrete as influenced by the used material and systems

Types of Repair

  • Repair of historic and heritage buildings
  • High level of uncertainty
  • Constraints on available retrofitting systems: reversibility is a must
  • Changed use of a building
  • Types of repair the RC structures
  • Post test
Recognition

Certificate

  • • Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.
Collaborations

In Partnership With

Anderson Coventry

Frequently Asked Questions

The course covers the durability of reinforced concrete structures, with emphasis on assessment, repairs and risk-based inspection. It considers these subjects as connected parts of managing structural durability. The supplied course information does not identify specific deterioration mechanisms, testing methods or repair techniques.
The course addresses repairs as a core aspect of maintaining the durability of reinforced concrete structures. It links repair considerations with structural assessment and risk-based inspection. The available course description does not specify particular repair materials, systems or methods.
The course brings assessment, repairs and risk-based inspection together as related elements of durability management. Assessment can provide context for repair considerations, while risk-based inspection supports a structured approach to inspection priorities. The course subtitle indicates this integrated focus without specifying a detailed methodology.
The course aims to build understanding of how reinforced concrete durability relates to condition assessment, repair and risk-based inspection. It supports a more integrated view of evaluating and managing durability concerns. Specific practical exercises, software tools or competency levels are not described in the supplied information.
You will learn about assessment in the context of reinforced concrete durability. The assessment component is presented as a basis for understanding structural condition and informing subsequent repair or inspection decisions. Specific assessment procedures and tools are not listed in the supplied course information.
Risk-based inspection is one of the course’s three stated areas of focus. It is considered alongside assessment and repairs within the broader subject of reinforced concrete durability. No specific risk models, inspection intervals or standards are identified in the supplied information.
The course focuses on reinforced concrete structures. Its stated scope is durability, including assessment, repairs and risk-based inspection. The supplied information does not name particular structure types, such as buildings, bridges or industrial facilities.
The course is relevant to professionals seeking knowledge of reinforced concrete durability, assessment, repairs and risk-based inspection. Its subject matter may be useful where work involves evaluating or managing reinforced concrete structures. The supplied course information does not define particular job roles, experience levels or prerequisites.

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