Introduction to Pavement Structural Design

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Rufaro Bakasa

2:25:38

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1. Introduction

1. Course Introduction & Technical Background.mp4

03:12

2. Course Outline.mp4

00:34

2. Pavement Structure

1. Type I - Flexible Pavement.mp4

04:28

2. Type II Rigid Pavement.mp4

08:59

3. Design Mehthod

1.1 AGPT02-17 Guide to Pavement Technology Part 2 Pavement Structural Design.pdf

1.2 TRH16.pdf

1.3 TRH4.pdf

1.4 UTG2.pdf

1. Design Catalogs.mp4

11:19

2. Empirical Design.mp4

00:56

3.1 aashto1993.pdf

3. ASHTO Method.mp4

04:42

4. Mechanistic-Empirical Design.mp4

04:09

4. AASHO Road Test

1. Background.mp4

06:37

2. Performance Measurements & HMA Pavement Materials.mp4

05:09

5. Rigid & Flexible Pavement Structural Design (ASSHTO 1993 Mehthod)

1. Flexible Pavement.mp4

13:54

2. Rigid Pavement.mp4

10:20

6. Empirical Pavement Design

1. Empirical Design Summary.mp4

00:28

7. Rigid & Flexible Pavement Empirical Design Example

1. Flexible Pavement Example.mp4

10:12

2. Rigid Pavement Example.mp4

09:26

8. Rigid & Flexible Mechanistic Models

1. Flexible Pavement Mechanistic Model.mp4

08:04

2. Finite Element Model.mp4

06:12

3. Rigid Mechanistic Models.mp4

04:40

9. Failure Criteria Example

1. Example of Pavement Failure.mp4

11:08

10. Mechanistic-Empirical Pavement Design

1. ME Design Methodology.mp4

07:13

2. Design Flow Chart.mp4

07:50

3. Industry Softwares.mp4

03:50

11. References

1. Used Sources and End of Lecture.mp4

02:16

Description

Pavement design methods for Rigid/ Flexible pavement. Including Mechanistic, Empirical & Mechanistic-Empirical.

What You'll Learn?

Graduate Civil Engineers
Intermediate Civil Engineers
Pavement Engineers
Geotechnical Engineers

Who is this for?

Graduate/ Intermediate Civil Engineers

What You Need to Know?

Basic Knowledge of Civil Engineering

More details

Description
An introduction to various pavement design methods for rigid/ flexible pavement. Including mechanistic, empirical, and mechanistic-empirical pavement design methods. Including design examples, and typical software used for design.
The course looks at the inception of structural pavement design and the various methodologies and tests which have been carried out to establish the current guidelines used in America, South Africa, New Zealand & Australia.
The goal of structural design is to determine the number, material composition and thickness of the different layers within a pavement structure required to accommodate a given loading regime. This includes the surface course as well as any underlying base or subbase layers.
The course also discusses of best methods of practice for pavement rehabilitation and new pavements. Design output layout and stakeholder communication in regard to design outputs.
Overall, this Module is only meant to provide a brief overview of the different structural design techniques as well as their assumptions, inputs and outputs. Detailed analysis of the design methods presented here can be found in:
Empirical Method: The AASHTO Guide for Design of Pavement Structures, TRH4 &16, UTG2, Austroad :AGPT02-17Guide
Mechanistic Method: The NCHRP 1-37A Design Guide, which is still under review, and other state design procedures.
Who this course is for:
Graduate/ Intermediate Civil Engineers

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