Design with structural Steel A guide for architects

Content

SYSTEMS
PART I
Basic Structural Engineering
Understanding Load Flow
Types of Basic Lateral Systems
Beam Web Penetrations
Thermal Movement of Structural Steel
Floor Vibration

PART II
Protecting Structural Steel
Guide to Coatings Technology
Basics of Protective Coatings
Composition of Coatings
Types of Coatings
Painting Guides
Special Purpose Coating Systems
Paint Systems
Surface Preparation
Other Substrates
Use of Protective Coatings
Evaluation of Existing Coating for Overcoating
Coating Test Methods and Procedures
Surface Preparation for Overcoating Systems
Quality Assurance
Evaluation of Performance Requirements for Coating Systems
Protecting Substrates from Corrosion
Economics
Inspection
Coating References
Sample Painting Guide Specifications
Fire Protection
General Factors
Fire Protection Materials
Underwriters Laboratories (UL) Assemblies
Restrained and Unrestrained Construction
Architecturally Exposed Steel
Rational Fire Design Based on Fire Engineering



PART III
Determining Member Sizes for Detailing
Determining Girder and Beam Sizes for Floors & Roofs
Determining Interior Column Sizes

PART IV
Miscellaneous
Bending and Shaping of Structural Members
Welding Symbols and Appearance of Exposed Welded Connections
Latest Code Provisions for Architecturally Exposed Structural Steel

MATERIALS
W-, S-, C-, MC-, HP-, M-Shapes and Angles
Structural Tees (WT-, MT- and ST-Shapes)
Hollow Structural Sections (HSS) and Pipe
Plates and Bars
DETAILS
General Considerations
Detailing Considerations for Masonry
Detailing Considerations for Precast Concrete Panels
Detailing Considerations for Limestone Panels
Detailing Considerations for Thin Stone Veneer Panels
Detailing Considerations for Window Wall Enclosure Systems
Detailing Considerations for Floor/Ceiling Sandwich
Design Considerations for Diagonal Bracing Details
Additional References

Total 374 pages 3 mb

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