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Schaum's Outline of Structural Steel Design

ISBN-10: 0070535639
ISBN-13: 9780070535633
Edition: 1991
List price: $23.00
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Description: A Schaum's solved-problem book in structural steel design using the new Load and Resistance Factor Design (LRFD) method. This new method will eventually become the standard, so engineers and architects as well as students will welcome a Schaum's  More...

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Book details

List price: $23.00
Copyright year: 1991
Publisher: McGraw-Hill Companies, The
Publication date: 1/22/1991
Binding: Paperback
Pages: 216
Size: 8.50" wide x 11.00" long x 0.50" tall
Weight: 0.880
Language: English

A Schaum's solved-problem book in structural steel design using the new Load and Resistance Factor Design (LRFD) method. This new method will eventually become the standard, so engineers and architects as well as students will welcome a Schaum's Outline on LRFD for structural steel buildings. This book is the only one available in this format.

Introduction
Structural Steel
Notation
Definitions
Mechanical Properties
Availability
Structural Shapes
Design Methods
ASD versus LRFD
Introduction to Lrfd
Notation
Basic Concepts
Probability Theory
Loads
Load Combinations
Tension Members
Notation
Introduction
Cross-Sectional Areas
Design Tensile Strength
Displacement
Columns and Other Compression Members
Notation
Introduction
Local Buckling
Column Buckling
Effective Length Factor: Judgmental Method
Effective Length Factor: Analytical Method
Design Compressive Strength
Column Design
Displacement
Compact Beams and Other Flexural Members
Notation
Introduction
Compactness
Flexural Behavior
Elastic versus Plastic Analysis
Design Flexural Strength: C[subscript b] = 1.0, L[subscript b less than or equal] L[subscript r]
Bending Coefficient C[subscript b]
Design Flexural Strength: C[subscript b greater than or equal] 1.0, L[subscript b less than or equal] L[subscript r]
Design Flexural Strength: L[subscript b greater than sign] L[subscript r]
Gross and Net Cross Sections
Design Shear Strength
Displacement and Vibration
Noncompact Beams and Plate Girders
Notation
Introduction
Noncompact Beams
Design Flexural Strength of Plate Girders
Design Shear Strength of Plate Girders
Web Stiffeners
Stiffener Details
Rolled versus Built-Up Beams
Members in Flexure and Tension
Notation
Introduction
Interaction Formulas
Beam-Columns: Combined Flexure and Compression
Notation
Introduction
Interaction Formulas
Simplified Second-Order Analysis
Preliminary Design
Torsion
Notation
Introduction
Shear Center
Avoiding or Minimizing Torsion
Design Criteria
St. Venant Torsion
Warping Torsion
Deformation
Composite Members
Notation
Introduction
Columns and Other Compression Members
Beams and Other Flexural Members
Design Flexural Strength
Shear Connectors
Special Provisions for Steel Decks
Concrete-Encased Beams
Beam-Columns: Combined Flexure and Compression
Design Shear Strength
Connections
Notation
Introduction
Welds
Bolts
Connecting Elements and Main Members at Connections
Typical Connections
Bearing on Steel and Concrete
Other Design Considerations
Notation
Introduction
Concentrated Loads and Reactions
Stiffener Requirements
Index

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