Structural Analysis for Earthquakes
( 25 Modules )

Module #1
Introduction to Earthquake Engineering
Overview of earthquake engineering, importance of structural analysis

Module #2
Seismic Hazard and Risk Assessment
Understanding seismic hazard, risk assessment, and probability of earthquake occurrence

Module #3
Earthquake Ground Motions
Characteristics of earthquake ground motions, types of ground motion records

Module #4
Seismic Design Philosophy
Philosophy behind seismic design, performance-based design

Module #5
Structural Systems for Earthquake Resistance
Overview of structural systems, including frames, walls, and bracing

Module #6
Material Properties for Seismic Analysis
Properties of materials used in seismic design, including steel, concrete, and masonry

Module #7
Loading and Load Combinations
Types of loads, load combinations, and load factors for seismic design

Module #8
Modal Analysis
Introduction to modal analysis, natural frequencies, and mode shapes

Module #9
Response Spectrum Analysis
Response spectrum analysis, design response spectrum

Module #10
Time History Analysis
Time history analysis, selecting ground motion records

Module #11
Nonlinear Static Analysis
Introduction to nonlinear static analysis, pushover analysis

Module #12
Nonlinear Dynamic Analysis
Introduction to nonlinear dynamic analysis, inelastic response

Module #13
Seismic Design of Frame Structures
Seismic design of frame structures, including beam-column joints and column design

Module #14
Seismic Design of Wall Structures
Seismic design of wall structures, including shear walls and bracing systems

Module #15
Seismic Design of Bracing Systems
Seismic design of bracing systems, including chevron and eccentric bracing

Module #16
Foundation and Soil-Structure Interaction
Seismic design of foundations, soil-structure interaction

Module #17
Seismic Retrofitting and Strengthening
Seismic retrofitting and strengthening of existing structures

Module #18
Analysis of Non-Structural Components
Seismic analysis of non-structural components, including piping, equipment, and cladding

Module #19
Seismic Risk Assessment and Loss Estimation
Seismic risk assessment and loss estimation

Module #20
Codes and Standards for Seismic Design
Overview of codes and standards for seismic design, including ASCE 7 and IBC

Module #21
Seismic Design of Bridges and Elevated Structures
Seismic design of bridges and elevated structures

Module #22
Advanced Topics in Seismic Analysis
Advanced topics in seismic analysis, including simulation and sensitivity analysis

Module #23
Seismic Design for Sustainability and Resilience
Seismic design for sustainability and resilience

Module #24
Case Studies in Earthquake Engineering
Real-world examples and case studies in earthquake engineering

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Structural Analysis for Earthquakes career

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Structural Analysis for Earthquakes ( 25 Modules )

Structural Analysis for Earthquakes
( 25 Modules )