Steel structure design and construction by European code

What you'll learn
How to calculate the loads by EC
how to do Steel beam and column design by EC with examples
How to design the beam column with examples
How to design connections

Requirements
structural or civil engineering principal

Description
The european code is widely use now and the steel structures are used world wide for high rise building, workshops, buildings and others. The best practical design is to be an optimum to reduce the tonnage of steel so it needs a realistic and optimum design.The course present the way of calculating the loads in the steel structures and present all the loads that affect the building like dead load, live load, wind, seismic, snow and others as per EC3. This course will present the main keys of the steel structure design for different members like tension members, beam, column, and beam column. The design will based on EC3 and present also with examples. The steel structure members behaviour will be discussed such as the buckling and lateral torsion buckling for beams and other parameters and behaviour that can affect the steel structure design based on European code EC3. The differnces between the structures system and the beaviour and load transfere of the bracing system will be discussed in this training couse also.The main part of the steel structure is the connections design. So this course cover the design of connections for fixed and shear connecton . The the anchor bolts design will be illustrated and also will be applied with example by using excel sheet and using tools for the design by using software.The ways of construction will be presented and types of bolted and welded connection will be presented in the course. The QC of steel structute for the bolted and welded connection will be illustarted. At the end of the course the attendees will receive a FREE excel sheet to design the main member by EC3.

Overview
Section 1: Introduction
Lecture 1 Introduction
Section 2: European code Parts
Lecture 2 Introduction to european code
Section 3: loads and materials in EC3
Lecture 3 loads in steel structure
Section 4: Tension member
Lecture 4 tension member design
Section 5: Steel column design
Lecture 5 steel column design
Lecture 6 example for column design
Section 6: Beam design
Lecture 7 steel beam design by EC3
Lecture 8 Example of beam design
Lecture 9 LTB and buckling
Section 7: Beam column design
Lecture 10 beam column design by EC3
Lecture 11 beam column design example
Section 8: wind bracing
Lecture 12 wind bracing
Section 9: Anchor bolt design
Lecture 13 Anchor bolt and baseplate design by hilti spftware
Section 10: Connection design
Lecture 14 connection design
Lecture 15 bolted and welded connection
Lecture 16 boltedconnection
Lecture 17 welding
Section 11: Steel construction
Lecture 18 Construction for steel structure
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