Lecture 19: Test Yourself – Worked Example #11 | Fundamentals of Structural Analysis | EngineeringSkills.com

ACCESS THE COMPLETE LIBRARY OF COURSES & TUTORIALS

Section 1

Introduction and course overview

1. Quick introduction to me and the course

01:34 (Preview)

Section 2

2D Force Systems

2. 2D force systems

3. Force resultants and components

4. The moment of a force

5. Couples and equivalent systems

6. Test Yourself – Worked Example #1

7. Test Yourself – Worked Example #2

8. Test Yourself – Worked Example #3

Section 3

Static Equilibrium and Reaction Forces

9. Equilibrium and reaction forces

10. Calculating reaction forces

11. Limitations of the equations of statics

12. Test Yourself – Worked Example #4

13. Test Yourself – Worked Example #5

14. Test Yourself – Worked Example #6

15. Test Yourself – Worked Example #7

16. Test Yourself – Worked Example #8

17. Test Yourself – Worked Example #9

18. Test Yourself – Worked Example #10

19. Test Yourself – Worked Example #11

Section 4

Analysis of Trusses

20. What is a truss structure in theory

04:42 (Preview)

21. What is a truss structure in reality

05:09 (Preview)

22. Force calculation using ‘Joint Resolution’

10:56 (Preview)

23. Force calculation using the ‘Method of Sections’

24. Statical determinacy

25. Test Yourself – Worked Example #12

26. Test Yourself – Worked Example #13

27. Test Yourself – Worked Example #14

28. Test Yourself – Worked Example #15

29. Test Yourself – Worked Example #16

30. Wrapping up

19. Test Yourself – Worked Example #11

Static Equilibrium and Reaction Forces

Please log in or enroll to access resources

Please log in or enroll to continue

If you've already enrolled, please log in to continue.

Fundamentals of Structural Analysis

Get to grips with civil engineering structural analysis once and for all.

After completing this course...

You will understand key concepts such as the moment of a force, static equilibrium and determinacy.
You will be able to determine the support reactions for structures subject to a range of loading conditions.
You will learn to use the Joint Resolution Method and Method of Sections to analyse pin-jointed truss structures.

Next Lesson

20. What is a truss structure in theory