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· 분류 : 외국도서 > 기술공학 > 기술공학 > 구조
· ISBN : 9781466595262
· 쪽수 : 837쪽
· 출판일 : 2013-12-20
목차
Structural Analysis and Design
Introduction
Equilibrium
Mathematical Modelling
Structural Loading
Statical Indeterminacy
Structural Degrees-of-Freedom
Material and Section Properties
Introduction
Elastic Cross-Section Properties
Plastic Cross-Section Properties
Example 2.1: Plastic Cross-section Properties - Section 1
Problems: Plastic Cross-section Properties
Solutions: Plastic Cross-section Properties
Pin-Jointed Frames
Introduction
Method of Sections
Method of Joint Resolution
Method of Tension Coefficients
Unit Load for Deflection
Unit Load Method for Singly-Redundant Pin-Jointed Frames
Beams
Statically Determinate Beams
McCaulay’s Method for the Deflection of Beams
Equivalent Uniformly Distributed Load Method for the Deflection of Beams
The Principle of Superposition
Unit Load for Deflection of Beams
Statically Indeterminate Beams
Moment Distribution Method for Multi-Redundant Beams
Redistribution of Moments
Shear Force and Bending Moment Envelopes
Rigid-Jointed Frames
Rigid-Jointed Frames
Unit Load Method for Singly-Redundant, Rigid-Jointed Frames
Moment Distribution for No-Sway, Rigid-Jointed Frames
Moment Distribution for Rigid-Jointed Frames with Sway
Buckling Instability
Introduction
Secondary Stresses
Critical Stress
Perry-Robertson Formula
European Column Curves
Example 6.1: Slenderness
Example 6.2: Rolled Universal Column Section
Example 6.3: Compound Column Section
Built-up Compression Members
Example 6.4: Laced Built-up Column
Problems: Buckling Instability
Solutions: Buckling Instability
Direct Stiffness Method
Direct Stiffness Method of Analysis
Element Stiffness Matrix
Structural Stiffness Matrix
Structural Load Vector
Structural Displacement Vector
Element Displacement Vector
Element Force Vector
Example 7.1: Two-span Beam
Example 7.2: Rigid-Jointed Frame
Problems: Direct Stiffness Method
Solutions: Direct Stiffness Method
Plastic Analysis
Introduction
Static Method for Continuous Beams
Kinematic Method for Continuous Beams
Problems: Plastic Analysis - Continuous Beams
Solutions: Plastic Analysis - Continuous Beams
Rigid-Jointed Frames
Problems: Plastic Analysis - Rigid-Jointed Frames
Solutions: Plastic Analysis - Rigid-Jointed Frames
Example 8.6: Joint Mechanism
Problems: Plastic Analysis - Rigid-Jointed Frames
Solutions: Plastic Analysis - Rigid-Jointed Frames
Gable Mechanism
Instantaneous Centre of Rotation
Example 8.7: Pitched Roof Frame
Problems: Plastic Analysis ? Rigid-Jointed Frames
Solutions: Plastic Analysis ? Rigid-Jointed Frames
Influence Lines for Beams
Introduction
Example 9.1: Influence Lines for a Simply Supported Beam
Muller-Breslau Principle for the Influence Lines for Beams
Influence Lines for a Statically Determinate Beam
Example 9.3: Influence Line for a Statically Indeterminate Beam
The use of Influence Lines
Example 9.6: Evaluation of Functions for a Statically Indeterminate Beam
Train of Loads
Problems: Influence Lines for Beams
Solutions: Influence Lines for Beams
Approximate Methods of Analysis
Introduction
Example 10.1 - Statically Indeterminate Pin-jointed Plane Frame
Example 10.2 - Statically Indeterminate Pin-jointed Plane Frame
Example 10.3 - Statically Indeterminate Single-span Beam
Example 10.4 ? Multi-span Beam
Rigid-jointed Frames Subjected to Vertical Loads
Multi-storey, Rigid-jointed Frames Subjected to Horizontal Loads
Appendices
Index
