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19 - CCE - Construction, Civil and Marine Engineering
CCE 105 - Advanced Structural Steel Design based on AISC
Code | Start Date | Duration | Venue | |
---|---|---|---|---|
CCE 105 | 19 June 2023 | 5 Days | Cairo | Registration Form Link |
CCE 105 | 10 July 2023 | 5 Days | Istanbul | Registration Form Link |
CCE 105 | 07 August 2023 | 5 Days | Muscat | Registration Form Link |
CCE 105 | 04 September 2023 | 5 Days | London | Registration Form Link |
CCE 105 | 30 October 2023 | 5 Days | Istanbul | Registration Form Link |
CCE 105 | 27 November 2023 | 5 Days | Cairo | Registration Form Link |
CCE 105 | 25 December 2023 | 5 Days | Istanbul | Registration Form Link |
Course Description
Structural engineers are used to use 3D structural analysis software and therefore they are losing more and more command of theory and knowledge of relevant specification. To have a good command in structural steel design and ability in depth to interpret structural calculations and design results, experience in hand calculations is a vital importance.
That course mainly focuses on design of structural steel members by medium of hand calculations.
Course Objectives
- Provide a good command of design of structural steel members by medium of hand calculations.
- Recognize recognize limit states and failure modes in structural steel members and systems
- Become familiar with design specification and codes for steel structures
- Understand their basis in mechanics and analysis
- Design steel members and connections with an understanding of their limit states
- Understand failure modes and current design specifications / codes
Who Should Attend?
- Students
- Analysis
- Structural Engineers
- Project Engineers
Course Details/Schedule
Day 1
- Overview of ASCE, AISC and American Seismic Specification
- Overview of ASCE 7-10
- Overview of AISC 360-10 Specification for Structural Steel Buildings
- Overview of AISC 341-10 - Seismic Provisions for Structural Steel Buildings
Day 2
- Hand Calculations to Column Design
- Buckling resistance of a pinned column with intermediate restraints
- Pinned column using non slender H-section or RHS
Day 3
- Hand Calculations to Beam Design
- Simply supported beam with intermediate lateral restraints
- Simply supported laterally unrestrained beam
Day 4
- Hand Calculations to Vertical Bracing and Purlin Design
- Vertical bracing
- Simply supported IPE profile purlin
Day 5
- Hand Calculations to Connection Design
- Bolted connection of an angle brace in tension to a gusset plate
- Fin plate beam-to-column-flange connection