Module1: Eurocode 1 Actions on structures
This Module shall be covered in 4 sessions focusses on the definition, philosophy and application of Eurocode 1 in design practice, and includes an overview of the current status of integration across the Eurocode suite as a whole. Eurocode 1 is the key document covering actions on structures and is fundamental to the utilization of the Eurocode suite.
An overview of the structure and scope of the Eurocode system is given and the current status of integration outlined. The implementation of the Eurocode suite into UK practice is considered and the key differences with the BSI codes are also highlighted throughout. There is particular focus on self, imposed, wind and snow loads together with thermal and wind actions. Sessions are also delivered on actions during execution, accidental loading and risk analysis.
Session 1 –Introduction to the Eurocode suite
-Structure reliability, safety, serviceability, robustness in Eurocode
-Principal of limit states
–Densities, self-weight and imposed loads
–Materials, and verification of partial safety factor
Session 2 –Live load
-Wind actions
–Thermal actions
-Snow load
– Actions during execution
–Accidental actions
Session 3 –Wind actions
–Thermal actions
– Actions during execution
–Accidental actions
Session4 –Actions combinations and examples
At the end of this course, delegates should:
Be familiar with the objectives, development and workings of the Eurocode system
Be conversant with the parts and clauses relating to actions on structures in Eurocode
Have a broad understanding of the philosophy and design practice of actions on structures under the Eurocode system
Action combination with real example
200 USD Per Delegate, The payment by Paypal, wire transfer or western Union, Payoneer
Option 1: Can be cover in one full day
Option 2: Every day one sessions
The date and time are flexible, based on your country time zone. In your registration provide us your suitable date and time
Module 2: Eurocode 2 Design of Concrete Structures - The Essentials
This module is 3 sessions onine training course will help you to recognise the principle differences between Eurocode 2 and BS8110 and equip you with the skills necessary to undertake the design of basic reinforced concrete structures to Eurocode 2. Emphasis is placed on buildings and the provisions of the Part 1.1: General rules and rules for buildings of EN 1992. For each of the principal aspects covered, this programme usefully provides background to the structural behaviour, explanation of the codified treatment including departure from existing practice (BS 8110), illustrating with worked examples where appropriate.
Session 1 – Introduction and evolution of Eurocodes
– Introduction to structural design
– Overview of Eurocode 2
Session 2 – Materials – Design for flexure
Session 3 – Design for shear
– Design of columns
At the end of this course delegates should be able to:
– Undertake the design of basic reinforced concrete structures to Eurocode 2
– Recognise the principle differences between Eurocode 2 and BS8110
– Have an appreciation of the Eurocode suite and its impact on UK design practice
150 USD Per Delegate, The payment by Paypal, wire transfer or western Union, Payoneer
Option 1: Can be cover in one full day
Option 2: Every day one sessions
The date and time are flexible, based on your country time zone. In your registration provide us your suitable date and time
Module 3:Design of Concrete Structures to Eurocode 2 - The Workshop
This Module consist of 6 sessions delivers a comprehensive and detailed workshop on the use and application of Eurocode 2 for the design of concrete building structures. Making extensive use of tutorials to reinforce the learning points, it considers all the key aspects of reinforced concrete design including flexure, shear, deflection, columns, detailing, and spread foundations.
Eurocode 2 is the standard for the design of concrete structures. It is a robust and rigorous design code and but takes a less prescriptive approach than its predecessor. As such, it offers flexibility and opportunity in design but requires clear understanding and careful application.
For each aspect, Eurocode design concepts are explained and discussed in detail including departure from existing practice (BS 8110). The learning is reinforced through extensive worked examples and tutorials. Key emphasis is placed on practical design, developing capability and familiarity with Eurocode 2; this workshop style learning will benefit those seeking extended practical guidance on the application of Eurocode 2 and clear advice and opinion from a key Eurocode expert.
Session 1: Design for Flexure
Session 2: Design for Shear
Session 3: Design of Columns
Session 4: Deflection
Session 5 :Spread Foundations
Session 6: Shear wall
At the end of this course delegates should:
– Be able to undertake the design of basic reinforced concrete structures to Eurocode 2
– Be able to recognise the principle differences between Eurocode 2 and BS8110
– Have an appreciation of the Eurocode suite and their impact on UK design practice
– Have a clear understanding of practicalities of design using Eurocode 2
150 USD Per Delegate, The payment by Paypal, wire transfer or western Union, Payoneer
Option 1: Can be cover in one full day
Option 2: Every day one sessions
The date and time are flexible, based on your country time zone. In your registration provide us your suitable date and time
Module 4:Design of Steel Structures to Eurocode 3 - The Essentials
This Module 4 sessions online live course that considers the key changes between BS5950 and Eurocode 3. It illustrates the breadth of the Eurocode suite and the scope and design challenges of Eurocode 3 through presentation, discussion and tutorial. The emphasis is on buildings and the provisions of the Part 1.1: General rules and rules for buildings of EN 1993. It is ideal for experienced designers, competent with design to current British Standards and looking for transition training covering the key changes between the BS codes and Eurocodes. For each of the principal aspects covered, the course provides background to the structural behaviour, explanation of the codified treatment including departure from existing practice (BS 5950), illustrating with worked examples where appropriate
Session 1 – Overview of basis of design (EN 1990) and actions (EN 1991)
– Overview of Eurocode 3
– Structural analysis and materials
Session 2- Tension members
– Local buckling and cross-section classification
– Design of columns
Session 3 – Design of beams
– Design of beam-columns
Session 4 – Design of Joints
By the end of this course delegates should understand:
· The breadth of the Eurocode suite and the scope of Eurocode 3
· The Eurocode notation systems and design philosophies
· How to design steel structures to Eurocode 3 with confidence
200 USD Per Delegate, The payment by Paypal, wire transfer or western Union, Payoneer
Option 1: Can be cover in one full day
Option 2: Every day one sessions
The date and time are flexible, based on your country time zone. In your registration provide us your suitable date and time
Module 5 Design of Steel Structures to Eurocode 3 - The Workshop
This module is 3 sessions training course delivers a comprehensive and detailed review of the use and application of Eurocode 3 for the design of steel building structures. It considers all the key aspects of structural steel design including structural behaviour, materials, structural components and joints.
For each aspect Eurocode design concepts are explained and discussed in detail including departure from existing practice (BS 5950). The learning is reinforced through extensive worked examples and tutorials, offering extended practical guidance, advice and opinion on the application of the Eurocodes for the practising designer.
Session 1 – Tension members
Session 2 – Design of columns
– Design of beams
Session 3 – Design of beam-columns
– Design of joints
By the end of this course delegates should understand:
– The breadth of the Eurocode suite and the scope of Eurocode 3
– Eurocode notation systems and design philosophies
– How to design steel structures to Eurocode 3 with confidence
– The practicalities of design using Eurocode 3
150 USD Per Delegate, The payment by Paypal, wire transfer or western Union, Payoneer
Option 1: Can be cover in one full day
Option 2: Every day one sessions
The date and time are flexible, based on your country time zone. In your registration provide us your suitable date and time
Module 6: Design of Liquid Retaining Structures to Eurocode 2
This module is 3 sessions training course has been specifically designed to give you the ability to prepare a straightforward tank design that will satisfy the requirements of EC2 and CIRIA C660. It is ideal for graduate engineers who have already gained some reinforced concrete design skills and more experienced engineers who are making the change from BS8007 to EC2.
During the training course you will learn about the key aspects of tank design:
-Structural analysis – Learn how to design a tank from the use of simple charts and tables to grillage and finite element computer analysis
–Thermal and shrinkage – Gain an understanding of how to use CIRIA C660 and how these factors control the design
–Flexural and tensile crack control – Learn how to use charts and a spreadsheet to calculate the reinforcement required to control these effects
The course is highly interactive with presentations, discussion and practical tutorials throughout the sessions. Many of these are demonstrated by using an Excel based design tool created by the course tutor. A copy of the spreadsheet tool, a free license for its use, are provided for every attending delegate.
Session 1 – Overview of design criteria
– Introduction to tank design
– Analysis of tanks
Session 2 – Design forces and moments
Session – Thermal, shrinkage and cracking considerations
Session 3 – Example for Design of reinforcement
– Advanced calculation and design aids
By the end of this course delegates should understand:
–How to prepare a straightforward tank analysis and specify the reinforcement requirements for a tank
– The structural behaviour of tanks
– How thermal and shrinkage effects control the design
– How flexural and tensile crack equations are derived and used
– How cracks affect the life of the structure
– The difference between ultimate limit and serviceability limit state design
– The cost constraints of design
–The risks and factors of safety
150 USD Per Delegate, The payment by Paypal, wire transfer or western Union, Payoneer
Option 1: Can be cover in one full day
Option 2: Every day one sessions
The date and time are flexible, based on your country time zone. In your registration provide us your suitable date and time
