Manual Design to the Eurocode

Categories: Manual design, Structural Design

About Course

Learn the design of reinforced concrete design and detailing to the Eurocode. In this course, we are going to dissect reinforced concrete buildings as specified in the Eurocode.

The course project is a G+2 building, and all the structural components such as slab, beam, staircase column and foundation will be designed using Eurocode 2.

The course is divided into four parts;

PART ONE: Introduction

PART TWO: Structural Loading and Analysis

PART THREE: Structural Design

PART FOUR: Detailing Rules

Learn the details about the variuos Eurocode and their application
Compare the Eurocode to the British Standard
Overview of the Eurocode Details
Generate Structural Layout from Architectural Design
Structural Loadings and Load Distributions
Beamax for Analysis
Slab Analysis and Design
Staircase Analysis and Design
Beam Analysis and Design
Column Analysis and Design
Foundation Design
Detailing Rules based on Eurocode

Course Content

Getting Started with the Eurocode

Introduction

07:19
Eurocode Layout

05:53
BS code Vs Eurocode

16:03

Design Concept and Actions on Structures

Design Parameters

Structural Desk Study and General Arrangement

About Course

What Will You Learn?

Course Content

Getting Started with the Eurocode

Introduction

Eurocode Layout

BS code Vs Eurocode

Design Concept and Actions on Structures

Design Philosophy

Design life

Actions on structures 1

Actions on structures 2

Combination of actions 1

Design Parameters

Design parameters – minimum cover

Design parameters – minimum cover exercise

Design parameters – steel and concrete strength

Structural Desk Study and General Arrangement

Deskstudy

First floor GA 1

First floor GA 2

Second floor GA

Roof GA

Staircase GA

Staircase section 1

Staircase section 2

Structural Loads, Load Distribution and Analysis Method

Structural loading

Load conversion

Structural analysis

BEAMAX – Beam analysis

Yield line analysis method

Yield line exercise

Slab load distribution – Reynold’s loading

Slab Analysis

Slab – Introduction

Slab – Loading the floor

Slab analysis 1

Slab analysis 2 (one-way exercise)

Slab analysis 3

Slab analysis 4

Slab analysis 5

Slab analysis 6 (Solution to exercises)

Design of Slab

Slab design – General procedure

Slab design – Step one to two

Slab design – Step three to six

Slab deflection check – General procedure

Slab deflection check – Worked example

Check for crack in slab

Solution to deflection check exercise

Staircase Analysis and Design

Staircase loading

Staircase support mechanism

Staircase analysis

Staircase design

Beam Loading

Beam load

Beam wall load

Distributing slab load to beam

Beam loads – Summation of all loads

Beam Analysis

Beam analysis – Beam 2

Types of beam 1

Types of beam 2

Beam support mechanism

Design of Beam

Beam design (rectangular beam)

Beam design (flanged beam) 1

Beam design (flanged beam) 2

Shear check in beam

Column Load Estimation and Analysis

Column – Introduction

Column loading and analysis 1

Column loading and analysis 2

Column loading and analysis 3

Column loading and analysis 4

Column Design

Column design – General procedure 1

Column design – General procedure 2