Soil Dynamics in Earthquake Engineering
( 25 Modules )

Module #1
Introduction to Soil Dynamics
Overview of soil dynamics, importance in earthquake engineering, and course objectives

Module #2
Soil Properties and Behavior
Physical and mechanical properties of soils, stress-strain relationships, and soil classification

Module #3
Wave Propagation in Soils
Basic concepts of wave propagation, types of waves, and wave velocity in soils

Module #4
Seismic Waves and Soil Response
Seismic wave characteristics, soil response to seismic waves, and soil amplification

Module #5
Site Effects and Soil Amplification
Site effects, soil amplification, and its impact on earthquake ground motion

Module #6
Soil Liquefaction Fundamentals
Definition, causes, and consequences of soil liquefaction, and its role in earthquake engineering

Module #7
Soil Liquefaction Analysis
Methods for assessing liquefaction potential, including simplified and advanced approaches

Module #8
Cyclic Soil Behavior
Cyclic loading, cyclic stress ratio, and cyclic mobility in soils

Module #9
Soil-Foundation Interaction
Soil-foundation interaction, kinematic and inertial interaction, and foundation impedance

Module #10
Pile Foundations in Seismic Design
Design and analysis of pile foundations in seismic regions, including soil-pile interaction

Module #11
Shallow Foundations in Seismic Design
Design and analysis of shallow foundations in seismic regions, including soil-footing interaction

Module #12
Retaining Walls and Seismic Design
Design and analysis of retaining walls in seismic regions, including soil-wall interaction

Module #13
Slope Stability and Seismic Analysis
Slope stability analysis, seismic loading, and slope stability in earthquake engineering

Module #14
Soil Dynamics in Practice
Case studies and real-world examples of soil dynamics in earthquake engineering

Module #15
Site Investigation and Field Testing
Methods for site investigation, field testing, and in-situ testing for soil dynamics

Module #16
Laboratory Testing for Soil Dynamics
Laboratory testing methods for soil dynamics, including triaxial testing and resonant column testing

Module #17
Numerical Modeling in Soil Dynamics
Finite element and finite difference methods for soil dynamics, including 1D and 2D modeling

Module #18
System Identification and Inverse Analysis
System identification, inverse analysis, and parameter estimation in soil dynamics

Module #19
Soil Dynamics in Performance-Based Design
Role of soil dynamics in performance-based design, including seismic hazard assessment and risk analysis

Module #20
Soil Dynamics in Code-Based Design
Role of soil dynamics in code-based design, including ASCE 7 and IBC provisions

Module #21
Soil Dynamics and Geotechnical Earthquake Engineering
Interplay between soil dynamics and geotechnical earthquake engineering, including emerging trends

Module #22
Uncertainty and Sensitivity Analysis
Uncertainty and sensitivity analysis in soil dynamics, including probabilistic approaches

Module #23
Soil Dynamics and Resilience
Role of soil dynamics in resilience-based design, including community resilience and infrastructure resilience

Module #24
Case Studies and Real-World Applications
Practical applications and case studies of soil dynamics in earthquake engineering

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Soil Dynamics in Earthquake Engineering career

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Soil Dynamics in Earthquake Engineering ( 25 Modules )

Soil Dynamics in Earthquake Engineering
( 25 Modules )