Fundamentals of Bridge Design-Concept of design and modeling

Fundamentals of Bridge Design-Concept of design and modeling, available at $49.99, has an average rating of 4.13, with 43 lectures, based on 256 reviews, and has 8260 subscribers.

You will learn about Your shortest way to learn the fundamentals of bridge design. Understand the different types of bridges Understand how the loads are transferring to the bridge elements Understand the main loads affecting on the bridge Explore the different load cases for the live load working examples on the softwares for bridge design This course is ideal for individuals who are Civil engineering students. or Bridge master students. or Civil engineers and Bridge designers. It is particularly useful for Civil engineering students. or Bridge master students. or Civil engineers and Bridge designers.

Enroll now: Fundamentals of Bridge Design-Concept of design and modeling

Summary

Title: Fundamentals of Bridge Design-Concept of design and modeling

Price: $49.99

Average Rating: 4.13

Number of Lectures: 43

Number of Published Lectures: 43

Number of Curriculum Items: 43

Number of Published Curriculum Objects: 43

Original Price: $24.99

Quality Status: approved

Status: Live

What You Will Learn

Your shortest way to learn the fundamentals of bridge design.

Understand the different types of bridges

Understand how the loads are transferring to the bridge elements

Understand the main loads affecting on the bridge

Explore the different load cases for the live load

working examples on the softwares for bridge design

Who Should Attend

Civil engineering students.

Bridge master students.

Civil engineers and Bridge designers.

Target Audiences

Civil engineering students.

Bridge master students.

Civil engineers and Bridge designers.

Fundamentals of Bridge Design : Your way to be bridge designer

This course covers fundamental concepts and methods in bridge design. Starting with the very basics, we consider definition of the bridge,?different?types and what is the statically?system of each type of bridges.?We then move on to look at bridge components?; what are they and how the loads transfer through?them? We’ll cover the?different?types of? design codes?and the different?types of?loads?in detail. Worked examples are used extensively to demonstrate the practical application of theory.

Based on my experience lecturing to engineering undergraduates, the course focuses on those areas students find particularly tricky when starting out. The link between theory and practice is reinforced using my?experience as a infrastructure design engineer.?The course includes video lectures which combine screen cast voice over with traditional style lectures.?

The emphasis is on worked examples with students encouraged to try questions before the detailed solution is presented. The teaching philosophy is ‘learn by doing!’.

This course is suitable for engineering?students who find their bridges lectures confusing?and feel a little lost when it comes to bridge design. The course also give the hand for the graduated engineers to build their way to be bridge designer. Bridge designer became one of the most required?civil engineering jobs in the market. Once you get the chance to understand and apply on real brides you already created a new chance for your career.

Who is the target audience?

This course is great for undergraduate engineering students who feel a little lost in their bridge design?lectures. We start from scratch, establishing the basics and build from there.

Graduated engineers who want to create another chance on their career as bridge designer.

If you’re about to start an engineering program, this course is a great way to get a head start.

Bridge designers who are doing their design manually?want to learn a fast tool to design bridges?by computer.

Working examples

Design examples on real bridge design will be updated in order to increase the application and ability to understand.

Course Curriculum

Chapter 1: Introduction to the course.

Lecture 1: Content of the course

Chapter 2: Bridge history

Lecture 1: Definition of bridge.

Lecture 2: History of bridges

Chapter 3: Types of bridges

Lecture 1: Main types of bridges

Lecture 2: Beam bridges and Arch bridges

Lecture 3: Truss bridges

Lecture 4: Suspension bridges

Lecture 5: Cable stayed bridges

Chapter 4: Different statically systems of bridges.

Lecture 1: Different statically system

Lecture 2: How the bridge works

Lecture 3: Load transfer in beam bridges

Lecture 4: Load transfer in Arch and truss bridges

Lecture 5: Load transfer for suspension and cable stayed bridges

Lecture 6: Loads transfer for cantliver bridges

Chapter 5: Bridge elements

Lecture 1: Main elements of the bridge

Lecture 2: Types of spans

Lecture 3: Super structure vs sub structure

Lecture 4: Substructure part 1: Pier

Lecture 5: Substructure part 2 – Abutments

Lecture 6: Bridge Superstructure

Chapter 6: Design methodology of bridges

Lecture 1: Main design methods

Lecture 2: Load resistance

Lecture 3: ASD , LFD , LRFD methods

Chapter 7: Design loads of bridges

Lecture 1: Different loads affecting on the bridge

Lecture 2: DEAD LOADS

Lecture 3: LIVE LOADS

Lecture 4: LIVE LOAD CALCULATION , INFLUENCE LINE

Lecture 5: Pedestrian live loads and Dynamic allowance factor

Lecture 6: Multiple presence factor

Lecture 7: Distribution of LL through the girders

Lecture 8: wind and earthquake loads

Lecture 9: LRFD Load combination explanation

Chapter 8: Design application examples

Lecture 1: Difference between CSI bridge and Bentley leap bridge

Lecture 2: EXAMPLE 1-FIVE SPAN RC GIRDER BRIDGE

Lecture 3: CSI BRIDGE-PROGRAM INTERFACE

Lecture 4: CSI BRIDGE – BRIDGE LAYOUT

Lecture 5: CSI BRIDGE – MATERIAL DEFINITION AND SUPER STRUCTURE

Lecture 6: CSI BRIDGE – DEFINE SUBSTRUCTURES- PIERS AND ABUTMENT

Lecture 7: CSI BRIDGE – DISTRIBUTION OF LL ON BRIDGE

Lecture 8: CSI BRIDGE – DEFINE LOADED LANES

Lecture 9: CSI BRIDGE – ASSIGN LIVE LOAD- TRUCK AND TANDEM LOADS

Lecture 10: CSI BRIDGE – ASSIGN BRAKING AND CENTRIFUGAL LOADS

Chapter 9: Bonus Section Resources

Lecture 1: Bonus Section Resources

Instructors

Ayman Kandeel, CEng ?, PMP ?, MICE?, ACP?, RICS-BIM?
Autodesk BIM specialist & Certified Professional instructor

Rating Distribution

1 stars: 18 votes

2 stars: 20 votes

3 stars: 56 votes

4 stars: 76 votes

5 stars: 86 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!