Introduction to Structural Analysis
( 25 Modules )

Module #1
Introduction to Structural Analysis
Overview of structural analysis, importance, and applications

Module #2
Loads and Forces
Types of loads, forces, and their effects on structures

Module #3
Structural Systems and Components
Overview of common structural systems and components

Module #4
Materials Used in Structural Analysis
Properties and uses of common materials in structural analysis

Module #5
Structural Idealization
Idealizing complex structures into simplified models

Module #6
Supports and Reactions
Types of supports, reactions, and their effects on structures

Module #7
Trusses:Introduction and Analysis
Introduction to trusses, types, and basic analysis techniques

Module #8
Truss Analysis:Method of Joints
Method of joints for truss analysis

Module #9
Truss Analysis:Method of Sections
Method of sections for truss analysis

Module #10
Beam Analysis:Introduction and Fundamentals
Introduction to beam analysis, types, and basic concepts

Module #11
Beam Analysis:Shear and Moment Diagrams
Construction and interpretation of shear and moment diagrams

Module #12
Beam Analysis:Deflection and Slope
Calculating deflection and slope of beams

Module #13
Frame Analysis:Introduction and Fundamentals
Introduction to frame analysis, types, and basic concepts

Module #14
Frame Analysis:Fixed and Pinned Frames
Analysis of fixed and pinned frames

Module #15
Arches and Cables:Introduction and Analysis
Introduction to arches and cables, and basic analysis techniques

Module #16
Structural Analysis Software
Overview of common structural analysis software and their applications

Module #17
Case Studies in Structural Analysis
Real-world examples and case studies in structural analysis

Module #18
Error Analysis and Verification
Common errors and verification techniques in structural analysis

Module #19
Code Requirements and Regulations
Overview of relevant codes and regulations in structural analysis

Module #20
Structural Health Monitoring
Introduction to structural health monitoring and its applications

Module #21
Structural Optimization
Introduction to structural optimization techniques

Module #22
Dynamic Analysis:Introduction
Introduction to dynamic analysis and its applications

Module #23
Dynamic Analysis:Single-Degree-of-Freedom Systems
Analysis of single-degree-of-freedom systems

Module #24
Dynamic Analysis:Multi-Degree-of-Freedom Systems
Analysis of multi-degree-of-freedom systems

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

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