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PT Slab Principles

TeleTraining
TeleTraining Team
PT Slab Principles
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Upon completion of this course, you will achieve a certificate

Course includes

17 Lessons
No Quiz
Course certificate
2 CPD Points
TeleTraining
Instructor: TeleTraining Team
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Course Description

What is a Post-Tensioned (PT) Slab?

A Post-Tensioned (PT) slab is a type of reinforced concrete slab that uses high-strength steel tendons to improve performance and reduce material usage. It is one of the most widely used slab systems across Australia—especially in large-scale developments—due to its ability to span longer distances, reduce concrete volume, and speed up construction timelines.

The system works by placing ducts or sleeves within the slab formwork before concrete is poured. After the concrete gains sufficient strength, steel strands (tendons) are inserted and then stressed (tensioned) using hydraulic jacks. This tensioning process compresses the concrete, significantly improving its load-carrying capacity and crack resistance.

Course Outline

What You’ll Learn

  • Introduction to PT Slabs
    Understand principles behind post-tensioning 

  • How the PT System Works
    Overview of the installation, stressing process

  • PT Tendon Components
    Learn the roles of key components such as dead and live end

  • Material Properties
    Explore the properties of concrete, steel reinforcement, and PT strands, along with typical sizes for PT ducts, pans, and dead-end anchorages.

  • PT Tendon Installation
    Go through the steps involved when installing a PT tendon

Course Content

0%
INTRO TO PT SYSTEM

Section Content
0/5 Steps
  • What is a Post Tensioned (PT) Concrete?
    (7:37)
  • What are PT System Design & Construction Benefits?
    (7:43)
  • How Does Post Tensioning System Work?
    (7:25)
  • What is a Steel Reinforcement Bar (Rebar)?
    (10:10)
  • What Are the Different Steel Rebar Types?
    (9:11)

0%
TENDON COMPONENTS

Section Content
0/5 Steps
  • What Are the Different Components of a PT Tendon?
    (3:23)
  • What Is an Onion Dead End in a PT Tendon?
    (3:46)
  • What Are the Different Types of Ducts for a PT Tendon?
    (3:57)
  • What Are the Components of Edge Stressing in a PT Tendon?
    (5:45)
  • Why do We do Duct Grouting for a PT Tendon?
    (3:12)

0%
MATERIAL PROPERTIES

Section Content
0/4 Steps
  • What Are the Key Concrete Materiel Considerations in a PT Slab?
    (9:15)
  • What Are the Key Types of Steel Rebar Used in a PT Slab?
    (9:11)
  • What Are the Different Types of PT Strands and Their Mechanical Properties?
    (5:08)
  • What Are the Different Component Types Used in a PT Tendon?
    (11:23)

0%
INSTALLATION

Section Content
0/3 Steps
  • What are the Installation Steps for a Mono-Strand PT Tendon?
    (8:56)
  • What are the Construction Steps of a Post Tensioned Slab?
    (10:43)
  • Post Tensioned Slab _ 3D Site Walk
    (5:00)

About Instructor

TeleTraining
TeleTraining Team

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