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Steel structure
The document discusses the construction of a steel structure for the Canadian International College, detailing the advantages and disadvantages of steel, manufacturing processes, and structural steel standards in the US and Europe. It includes information on different shapes of steel, thermal properties, fire resistance, and installation methods. The presentation is collaboratively authored by students and presented to faculty members.
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Steel structure
- 1. Canadian International College BuildingConstruction 2 Steel Structure Presented by:- • Ahmed Rabea Qenawy 20146063 • Kerollos Melad Fekry 20146169 • Mustafa Mohamed 20146040 • Omar Elshahawy 20146065 • Zyad Zakaria El-Rosassy 20146442 Presented to:- • Dr. Maged George • Eng. Reham Atif • Eng. Alaa Samy • Eng. Miram Turky
- 2. Table Of Content:- •Introduction • Manufacturing • Standards • Common Shapes • Steel Vs Concrete • Thermal Properties • Thermal insulation • Installation • References
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- 4. General Introduction,Cont1 • Advantagesof Steel • High strength per unit weight. • High elasticity. • Performance. • Ductility. • Toughness. • Disadvantages of Steel • Corrosion. • Fireproofing cost. • Susceptibility to buckling. • Fatigue.
- 5. Manufacturing •The manufacturing process •Ironis converted to steel by two main steps. • The production of molting iron. • The steel making process.
- 6. Forming the ConstructionSteel Manufacturing Cont.3
- 7. Structural Steel Standards •Whatare the standards in general? • Definition. • Purposes of standards. • The organizations of setting standards. • The standards of structural steel in US and Europe.
- 8. Definition • Building standardsor codes are the rules which control the process of building construction
- 9. Purposes • Codes areguide to architects, engineers, constructors. • Codes determine the safety of structures and protect the public health.
- 10. •The organizations thatset standards • In US ( international ) American society of testing and materials (ASTM). • In Europe ( international ) European Committee for standardization (CEN). Structural Steel Standards Cont.2
- 11. •In US • Theformula • Examples. •In Europe • The formula • Examples. Structural Steel Standards Cont.3
- 12. Structural Steel Standardsin US •Structural steel standards: • Example: A514 (Quenched and tempered alloy steel)
- 13. Structural Steel Standardsin Europe •Structural steel standards: • Example: S275J2 (Quenched and tempered alloy steel)
- 14. Common structure shapesof steel
- 15. Common structure shapesof steel,cont1
- 16. Steel Vs Concrete •Cost • Design possibilities • Construction scheduling • Material availability • Safety
- 17. •Heat capacity orthermal capacity •Thermal expansion • Volume coefficients of thermal expansion • Linear coefficients of thermal expansion •Thermal conductivity • Definition • The conductive heat transfer Thermal properties, Cont.1
- 18. Steel Fire Resistance •Fire Testing • Design using structural fire standards.
- 19. •Fire protecting structuralsteelwork • Introduction • Thin film intumescent coatings • Boards (popular type of fire protection ) • Sprays • Flexible, or blanket • Concrete encasement Steel Fire Resistance, Cont.1
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- 21. Type of steelinstallation. 1- Rivets 2- Bolts 3- Welds
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- 27. Types of connection Awelded beam to column flange A seated beam-to-column- web connection A welded beam-to-column-web moment
- 28. Types of connection Awelded/bolted end plate beam–column connection A coped beam–girder connection A bolted column – column Connection for columns That are the same size
- 29. Connection steel withconcert
- 30. Metal decking Types ofmetal deck