Structural Analysis and Design

11.

Advanced Structural Analysis

11.1.

Nonlinear Analysis

11.1.1.

Material Nonlinearity

11.1.2.

Geometric Nonlinearity

11.1.3.

P-Delta Effects

11.1.4.

Large Displacement Analysis

11.2.

Structural Dynamics

11.2.1.

Single Degree of Freedom Systems

11.2.1.1.

11.2.1.2.

Damped Vibration

11.2.1.3.

Forced Vibration

11.2.1.4.

Response to Harmonic Loading

11.2.2.

Multiple Degree of Freedom Systems

11.2.2.1.

Equations of Motion

11.2.2.2.

11.2.2.3.

Mode Shapes and Frequencies

11.2.2.4.

Modal Superposition

11.2.3.

Continuous Systems

11.2.4.

Response Spectrum Analysis

11.2.5.

Time History Analysis

11.3.

Stability Analysis

11.3.1.

Elastic Stability

11.3.2.

Inelastic Stability

11.3.3.

Frame Stability

11.3.4.

Bracing Requirements

11.3.5.

Second-Order Analysis

11.4.

Plastic Analysis

11.4.1.

Plastic Hinge Concept

11.4.2.

Collapse Mechanisms

11.4.3.

Virtual Work Method

11.4.4.

Moment Redistribution

11.4.5.

Plastic Design Methods

11.5.

Seismic Analysis

11.5.1.

Earthquake Characteristics

11.5.2.

Seismic Hazard Assessment

11.5.3.

Response Spectrum Development

11.5.4.

Equivalent Static Analysis

11.5.5.

Dynamic Analysis Procedures

11.5.6.

Nonlinear Response History Analysis

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12. Specialized Structural Systems