LRFD: Design of Highway Bridge Superstructures

LRFD: Design of Highway Bridge Superstructures, available at $44.99, has an average rating of 3.65, with 36 lectures, based on 11 reviews, and has 89 subscribers.

You will learn about Design Steel Bridge Superstructures using LRFD, Part 1 of 4 Concrete Girder Superstructure Steel Girder Superstructure LRFD-Design-Examples This course is ideal for individuals who are Young engineers or Final year Civil Engineering students It is particularly useful for Young engineers or Final year Civil Engineering students.

Enroll now: LRFD: Design of Highway Bridge Superstructures

Summary

Title: LRFD: Design of Highway Bridge Superstructures

Price: $44.99

Average Rating: 3.65

Number of Lectures: 36

Number of Published Lectures: 36

Number of Curriculum Items: 36

Number of Published Curriculum Objects: 36

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Design Steel Bridge Superstructures using LRFD, Part 1 of 4
Concrete Girder Superstructure
Steel Girder Superstructure
LRFD-Design-Examples

Who Should Attend

Young engineers
Final year Civil Engineering students

Target Audiences

Young engineers
Final year Civil Engineering students

This course gives a brief introduction to LRFD application to the design of Highway Bridge Superstructures. It will shed some light on the design philosophy of LRFD. It will show the Design truck loading and lane loading used for the design of the Superstructure. It will consider both concrete girder bridges and steel bridges. This course presents the theory, methodology, and application for the design and analysis of both steel and concrete.

highway bridge superstructures. The manual is based on the AASHTO LRFD Bridge Design Specifications, Seventh

Edition, 2014, with Interim Revisions through 2015. Design examples and commentary throughout the manual are

intended to serve as a guide to aid bridge engineers with the implementation of the AASHTO LRFD Bridge Design

Specifications. This course consists of eight chapters. Chapter 1 provides an introduction to LRFD, including an overview

of the LRFD design philosophy and a description of the various LRFD limit states. Chapter 2 provides general

information about location features and design objectives, as well as a brief overview of Accelerated Bridge

Construction. Chapter 3 presents loads and load factors, including design criteria for common bridge loads, as well as

load factors used for various LRFD load combinations. Chapter 4 provides a general summary of structural analysis,

including general analysis considerations, dead load analysis, live load analysis, and various methods of analysis.

Chapter 5 provides valuable information for the design of concrete girder superstructures, including preliminary design

decisions, flexural design of prestressed I-girders, design for shear and torsion, prestressing, and reinforcement details.

Similarly, Chapter 6 provides valuable information for the design of steel girder superstructures, including LRFD girder

verifications for constructibility, service, fatigue and fracture, flexure, and shear, as well as design provisions for various

steel superstructure details. Chapter 7 describes decks and deck systems, covering such topics as traditional design

method, empirical design method, deck overhang design, precast deck slabs, and bridge railings. Chapter 8 provides

general information about bearings and joints, including design requirements for elastomeric bearings and pot bearings.

Finally, a glossary of common terms related to bridge superstructures and LRFD is provided.

Course Curriculum

Chapter 1: Introduction

Lecture 1: An Introduction to the course

Chapter 2: Chapter 1: An Introduction to LRFD

Lecture 1: Chap 1 – Lect 1

Lecture 2: Chap 1 – Lect 2

Lecture 3: Chap 1 – Lect 3

Chapter 3: Chapter 2: General Design Features

Lecture 1: Chap 2 – Lect 1

Lecture 2: Chap 2 – Lect 2

Lecture 3: Chap 2 – Lect 3

Lecture 4: Chap 2 – Lect 4

Lecture 5: Chap 2 – Lect 5

Lecture 6: Chap 2 – Lect 6

Lecture 7: Chap 2 – Lect 7

Chapter 4: Chapter 3: Loads and Load Factors

Lecture 1: Chap 3 – Lect 1

Lecture 2: Chap 3 – Lect 2

Lecture 3: Chap 3 – Lect 3

Lecture 4: Chap 3 – Lect 4

Lecture 5: Chap 3 – Lect 5

Lecture 6: Chap 3 – Lect 6

Lecture 7: Chap 3 – Lect 7

Lecture 8: Chap 3 – Lect 8

Lecture 9: Chap 3 – Lect 9

Chapter 5: Chapter 4 : Structural Analysis

Lecture 1: Chap 4 – Lect 1

Lecture 2: Chap 4 – Lect 2

Lecture 3: Chap 4 – Lect 3

Lecture 4: Chap 4 – Lect 4

Lecture 5: Chap 4 – Lect 5

Lecture 6: Chap 4 – Lect 6

Lecture 7: Chap 4 – Lect 7

Lecture 8: Chap 4 – Lect 8

Lecture 9: Chap 4 – Lect 9

Lecture 10: Chap 4 – Lect 10

Lecture 11: Chap 4 – Lect 11

Lecture 12: Chap 4 – Lect 12

Lecture 13: Chap 4 – Lect 13

Lecture 14: Chap 4 – Lect 14

Lecture 15: Chap 4 – Lect 15

Lecture 16: Chap 4 – Lect 16

Instructors

Emad Nassar
A Structural Engineer

Rating Distribution

1 stars: 2 votes
2 stars: 0 votes
3 stars: 2 votes
4 stars: 2 votes
5 stars: 5 votes

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